FCC ID: PV3MPIKTSPRX Keypad Access Panel

Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 5.5.4 Summary of Connections

# Item Terminal or connector Connect to F Quick connect plug for IB2 BUS. Can be used if module is stacked on top of Control Panel or Remote Power Supply. G IB2 BUS

+12V 12VDC supply terminal H Relay 14 C D NC C NO 0VDC supply terminal IB2 busC IB2 busD Normal Closed terminal Common terminal Normal Open terminal Wire the relays between the common C terminal and the normal closed NC or normal open NO terminals. 78 800-23044 Rev. A draft_11 EZonesIB2 BUSCD-+12VNONCCNONCCNONCCNONCC= IB2 = IB2 = CongRELAY 1RELAY 2RELAY 3RELAY 4FGH Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 5.5.5 Example Functions 5.5.5.1 Relay Function = Smoke Detector Reset To use a relay for resetting smoke detectors, wire as follows:

5.5.5.2 Relay Function = Interior/Exterior Siren To use a relay for adding additional sirens/sounders, wire as follows:

Caution!

The schematic above shows a non-supervised siren configuration. It is not intended for primary notification appliances. 800-23044 Rev. A draft_11 79 NONCCNONCCNONCCNONCC5143212V12V--Zones+-+-4-Wire SmokeDetectorHeat DetectorEOLRShown powered, relay opens when power is lost.EOL Power Supervision Relay ModuleMPIControl PanelMPI Relay ModuleRELAY 1RELAY 2RELAY 3RELAY 4NONCCNONCCNONCCNONCCMPI Relay Module--12V12VAUX 1+-+-+-Relay ModulePower SupplyRELAY 1RELAY 2RELAY 3RELAY 4 1. 2. 3. 4. 5. 6. Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 5.5.6 Programming 5.5.6.1 Module Assignment MAXPRO Cloud will automatically detect IB2 bus devices in Installer Mode. It registers the device with the unique identifier on the label attached to the device. To register the device in MAXPRO Cloud, proceed as follows:

Log into MAXPRO Cloud. Go to the appropriate customer, site, and control panel (= controller in MAXPRO Cloud). Switch CONTROLLER MODE to Installer to scan for new devices. After scanning, click VIEW ALL. In the New Devices list, select the desired device. You can recognise the device by its unique identifier (see the label on the device). Specify the basic settings for the device (Device Name), and then click Register. The system has automatically filled in the IB2 bus ID and the device's serial number. After registering, fill in the devices Settings tab (and other tabs if applicable) to fully configure the device. For a summary of settings, see Configuration in MAXPRO Cloud on page124. For details, see the MAXPRO Cloud online help. 5.5.6.2 Output Configuration You configure the outputs on the Relay Module in the same way as for the Control Panel. 5.5.7 LED Indicators LEDColour Indication Function Green Red Steady blink

(0.1s on, 0.9s off) Steady Off Power and IB2 communication good Powered but not communicating on IB2 No power or communication 80 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 5.6 MPI Zone Expander MPIEIO84U 5.6.1 About the MPI Zone Expander The MAXPRO Intrusion (MPI) Zone Expander module (MPIEIO84U) provides eight additional hardwired zones for use with MPI Control Panels. Furthermore, it offers four additional low-voltage trigger outputs. The module may be mounted remotely in its own enclosure, or together with an MPI Control Panel or MPI Remote Power Supply in a cabinet. 5.6.2 Features l Provides eight hard-wired zones for burglary and fire inputs. The zones support the following zone wiring types:

o Supervised EOLR, normal open or normal closed o Double Balanced o Triple Balanced. l Provides four programmable low-voltage trigger outputs (i.e. arming LEDs, smoke detector power reset, etc.). l The outputs switch to ground when activated. For outputs that require a known state (logical 0/1), you can customise the outputs to use a pull-up resistor by fitting jumpers on the outputs. l Lid and off-wall tamper protection, bypassable through MAXPRO Cloud programming. 5.6.3 Mounting You can install the Zone Expander against a wall in its own enclosure, or:

l You can install up to two Zone Expander modules in a cabinet on top of and/or next to an MPI Remote Power Supply. l You can install one in a cabinet on top of the MPI Control Panel. The procedure below is for mounting the device on the wall in its own enclosure. For installing in a cabinet, see Cabinet Mounting with Control Panel or Remote Power Supply on page96. To mount the device on the wall in its own enclosure, proceed as follows:

1. Press the tab at the bottom of the lid and remove the lid. 800-23044 Rev. A draft_11 81 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 2. Fix the device to the wall using the 4large screws(B). A Opening for wiring (x3) C Tamper screw (x1). Required for off-wall tamper protection. B Mounting screw (x4) D LEDindicator Screw the tamper screw(C) into the wall. This screw provides off-wall tamper protection. For wiring, see Summary of Connections on page83. Use cable ties to bundle and fix wiring. The PCB holder has various attachments point for this purpose. Click the lid back in place and fix it using the small lid screw(E). 800-23044 Rev. A draft_11 3. 4. 5. 6. 82 IB2ZonesBUS312V412312V412712V856AADBBBBC Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 5.6.4 Summary of Connections

# Item A Triggers

(outputs) B Jumpers Terminal or connector Connect to

+12V 14 Wire the +12V to the output device, and then use one of the trigger terminals 1to4 to switch to ground. The outputs will switch to ground when activated. For outputs requiring logical state (0/1), fit jumpers on the outputs to use a pull-up resistor. Lift the info card to have access to the jumpers. C Quick connect plug for IB2 BUS. Can be used if module is stacked on top of control panel or remote power supply. 800-23044 Rev. A draft_11 83 ECBADE Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series

# Item Terminal or connector Connect to D IB2 BUS

+12V 12VDC supply terminal E Zones Auxiliary 12VDC. C D

+12V 18 0VDC supply terminal IB2 busC IB2 busD For zones (sensor contact inputs). Wire between the [] terminals and the terminals 18. Default supervision: EOLR (2K). For details and more options, see Wiring Inputs (Zones) on page39. Terminate unused zones using resistors. 5.6.5 Wiring the Zones The zones are suitable for both burglary and fire inputs. Caution!

Make sure to select the appropriate zone wiring type, depending on the zone function (burglary, fire). You wire the zones in the same way as the zones on the Control Panel. For details, see Zone Wiring Types on page39. 5.6.6 Wiring the Trigger Outputs Wire the +12V to the output device, and then use one of the trigger terminals 1to4 to switch to ground. The outputs will switch to ground when activated. Max. current is 180mA for each trigger. For outputs that require a known state (logical 0/1), you can customise the outputs to use a pull-up resistor by fitting jumpers on the outputs. To reach the jumpers, lift up the info card. 84 800-23044 Rev. A draft_11 1. 2. 3. 4. 5. 6. Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 5.6.7 Programming Module Assignment MAXPRO Cloud will automatically detect IB2 bus devices in Installer Mode. It registers the device with the unique identifier on the label attached to the device. To register the device in MAXPRO Cloud, proceed as follows:

Log into MAXPRO Cloud. Go to the appropriate customer, site, and control panel (= controller in MAXPRO Cloud). Switch CONTROLLER MODE to Installer to scan for new devices. After scanning, click VIEW ALL. In the New Devices list, select the desired device. You can recognise the device by its unique identifier (see the label on the device). Specify the basic settings for the device (Device Name), and then click Register. The system has automatically filled in the IB2 bus ID and the device's serial number. After registering, fill in the devices Settings tab (and other tabs if applicable) to fully configure the device. For a summary of settings, see Configuration in MAXPRO Cloud on page124. For details, see the MAXPRO Cloud online help. Zone and Output Configuration You configure the zones and outputs (triggers) on the Zone Expander in the same way as for the Control Panel. 5.6.8 LED Indicators LEDColour Indication Function Green Red Steady blink

(0.1s on, 0.9s off) Steady Off Power and IB2 communication good Powered but not communicating on IB2 No power or communication 800-23044 Rev. A draft_11 85 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 5.7 MPI Remote Power Supply MPIPSU35 5.7.1 About the MPI Remote Power Supply The MPI Remote Power Supply is a supplemental smart power supply. In the event the total current draw of all modules connected to the control panels auxiliary output is exceeded, the Remote Power Supply (RPS) provides additional 12 VDC power outputs to those modules and peripherals requiring additional power (such as door control modules, keypads, motion detectors, glass break detectors, sounders, etc.). Furthermore, it provides four programmable low-voltage trigger outputs. 5.7.2 Features Outputs Provides two independent, fully protected monitored 12 VDC power outputs. Each output supports 1.5A. In the event a short on an output exists, the built-in PTCs isolate the shorted loop from the other outputs. Backup Batteries l Supports up to two backup batteries (combined 36 Ah max.). l Provides battery supervision. l Automatically detects connected battery(ies), monitors and reports connection status (on power-up or in installer mode); monitors the terminal voltage of each battery independently. l Disconnects battery when voltage falls below a specific voltage threshold

(deep discharge protection). Caution!

Control Integration Replace the battery or batteries according to the manufacturers specifications and schedule. Dispose of used batteries according to local regulations. Monitors the auxiliary power supply voltages and communicates the status to MAXPRO Cloud. 86 800-23044 Rev. A draft_11 Tamper Caution!

Triggers Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide System Expansion The cabinet can hold extra modules including the RPSs batteries, and up to two additional devices; one to the right of the RPS and one on top of the RPS holder. Suitable devices are: Door Control Modules, Zone Expanders, and Relay Modules. For an example, see About the Cabinet on page25. Provides two tamper switches (lid and off-wall). You can bypass the tamper switches by fitting a jumper on the required tamper input. Bypassing tamper inputs may invalidate compliance with local regulations. Provides four programmable low-voltage trigger outputs. The outputs switch to ground when activated. For outputs that require a known state (logical 0/1), you can customise the outputs to use a pull-up resistor by fitting jumpers on the outputs. 5.7.3 Monitoring/Reporting Options There is a Diagnostics section for each RPS in MAXPRO Cloud. The system will generate and report the events. The following status information is available on the RPSs Diagnostics tab:

l Incoming power supply voltage. l Total load current. l Battery charge current. Reports the sum of the AUX1 and AUX2 power output currents. Reports the sum of the charge current for both batteries; or charger failure if unable to charge. Individual monitoring and reporting for AUX1 and AUX2. Reports output voltage, and circuit protection (fuse) status. The PTCs for each of the AUX outputs serve as automatic resetting fuses. Individual monitoring and reporting for each battery. Each battery is tested and reported individually once every hour. Reports voltage and fuse status. l l 800-23044 Rev. A draft_11 87 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Note The PTC on trigger 4 is not monitored. For the position of trigger4, see Summary of Connections on page90. The measured values (voltages, currents, resistance values) in the Diagnostics screen are indicative values only and intended for relative comparison purposes. They are not calibrated readings. 5.7.4 Mounting Warning!

High voltage is present in the cabinets built-in AC power adapter!

5.7.4.1 Installation in the Cabinet To mount the RPS in the cabinet, proceed as follows:

1. 2. 3. For instructions on installing the cabinet and wiring the AC power adapter, see Mounting the Cabinet on page29, and Wiring the AC Power Supply in the Cabinet on page106. Position the RPS over the screw holes in the cabinet (N on page28) and click it into position. Secure the RPS to the mounting rails in the cabinet using the 2screws supplied with the RPS. 4. Connect the input voltage, cabinet tamper switches, and backup batteries as described below. 88 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Connection From Power V+ and V terminals on cabinets built-in AC power adapter To RPS

+ and terminals

(13.8VDC) For detailed instructions on connecting input voltage to the RPS, see Powering the Main Board on page109. Cabinet tamper switches Backup batteries Door tamper switch Optional wall tamper switch

(not included)

+ and terminals on backup batteries T-LID T-WALL

+ and terminals Batteries1 and Batteries2. For detailed instructions on installing backup batteries, see Battery Installation on page117. A Remote Power Supply D Backup battery B Optional wall tamper switch E Door tamper switch

(not included) adapter C Cabinet's built-in AC power F Optional: additional MPI module. For details, see further below. 800-23044 Rev. A draft_11 89 Batteries 1 / 2+-+-+ V+ VABCFED Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Note The cabinet provides several knockouts for leading wires to/from devices, in the back of the cabinet or at the sides. For details, see Cabinet Parts on page27. Optional: you can install up to 2 extra modules in the cabinet with the RPS:

l One to the right of the RPS (example in illustration further above). l One on top of the RPS. Suitable extra modules are: Door Control Modules, Zone Expanders, and Relay Modules. Before installing extra modules, wire the connections to the RPS first. If you stack another module on top of the RPS, the module will cover the info card indicating the RPS connectors. In this case, fix the RPS spare info card to the inside of the cabinet lid. For details, see Cabinet Mounting with Control Panel or Remote Power Supply on page96. 5.7.4.2 Installing Backup Batteries For details on determining the required battery capacity and installing the batteries, see Installing Backup Batteries on page110. 5.7.5 Summary of Connections UL You must run all cabling to the remote power supply in conduit. 90 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide

# Item A AUX1 B AUX2 Terminal or connector Connect with

+12V

(x2)

+12V

(x2) Auxiliary 12VDC output; connect to the device that you want to power via auxiliary output1. The board has two sets of terminals on AUX1. Auxiliary 12VDC output; connect to the device that you want to power via auxiliary output2. The board has two sets of terminals on AUX2. C Screw hole

(x2) Screw holes for mounting the Remote Power Supply in the cabinet. One at the top, one at the bottom. D Triggers (x4) 14 For outputs. For details, see Wiring Outputs

(Triggers) on page93. E Jumpers (x4) Jumpers for the triggers. 800-23044 Rev. A draft_11 91 IB2 BUS1234--Low- Voltage TRIGGERS AUX 2--AUX 1Batteries-+AC ON+-+-12+12V+12V+12V+12V+12VLOAD= IB2 = IB2 = Cong250mA75 mA75 mA75 mAT- LIDT- WALLTamperCD-13.8V DC 3AABCDEFGIIHJKCLMNOON Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series

# Item Connect with Terminal or connector F Quick connect plug for IB2 BUS (can be used for module stacked on top of main board; quick connect cable is included). G IB2 BUS

+12V 12VDC supply terminal for devices connected to the IB2 bus. Caution!

This output is for keypads and other IB2 bus expansion modules. Do not connect this to the

+12V of the control panel or any other power supply. For details, see IB2 Bus Connection on page93. 0VDC supply terminal for devices connected to the IB2 bus. IB2 busC IB2 busD H IB2 bus LED For details, see IB2 Bus LED Indicators on page95. I J Positioning pin (x2) for stacked MPI module (optional). The top pin has a screw hole for fixing the stacked module. Tamper T-LID Cable from the cabinet's door tamper switch. T-WALL Cable from the cabinet's wall tamper switch

(optional, not included). K Batteries 1/2 +

+terminal on backup battery 1/2 terminal on backup battery 1/2 Note You must install at least one battery. L 13.8VDC Input voltage: V+ terminal on cabinets built-

in AC power adapter Input voltagel: V terminal on cabinets built-

in AC power adapter M Power LED indicator l Green: Power input available on main board. l Off: Power input not available on main board. N Positioning pin (x2) for stacked MPI Door Control Module (optional). The bottom pin has a screw hole for fixing the stacked module. C D

92 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide

# Item Connect with Terminal or connector O Positioning pin (x2) for stacked MPI Zone Expander or MPI Relay Module

(optional). The bottom pin has a screw hole for fixing the stacked module. Caution!

Incorrect wiring of the AC power supply input (L, 13.8VDC) may cause permanent and irreparable damage to the main board. 5.7.6 IB2 Bus Connection To correctly wire the IB2 bus and the devices when using an MPIRemote Power Supply, see the illustration below. Caution!

IB2 Bus +12 VDC Output: this output is for keypads and other IB2 bus expansion modules. Do not connect this to the +12V of the control panel or any other power supply. 1 Control Panel 4 Do NOT connect incoming +12V 2 Device on IB2 bus 3 Device on IB2 bus to the RPS's IB2 bus!

5 Remote Power Supply 6 Device on IB2 bus after Remote Power Supply 5.7.7 Wiring Outputs (Triggers) The Remote Power Supply has four programmable low-voltage trigger outputs (D on page91): for arming LEDs, smoke detector power reset, etc. Wire the AUX +12V to the output device, and then use one of the trigger terminals 1to4 to switch to ground. The outputs will switch to ground when activated. The max. currents are:

800-23044 Rev. A draft_11 93 MPIP2000/3000 SeriesMPIPSU35123456+CD+CD+CD+CD+CDX Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series l 75mA each for triggers 13. l 250mA for trigger4. Caution!

The PTC on trigger4 is not monitored. For outputs that require a known state (logical 0/1), you can customise the outputs to use a pull-up resistor by fitting jumpers (E on page91) on the outputs. You can program the triggers using MAXPRO Cloud. For details, see the MAXPRO Cloud Configuration Guide (doc. no. 800-24096). 5.7.8 Programming 5.7.8.1 Programming Options The following options are programmable:

l Triggers (Outputs) o Options in MAXPRO Cloud: The system automatically assigns an output number to each trigger that you configure. Furthermore, you can specify the Output Name, the Start Trigger and Stop Trigger, additional settings for the pulse stop trigger, Areas, and Output Polarity. o Hardware options: The outputs switch to ground when activated. For outputs that require a known state (logical 0/1), you can customise the outputs to use a pull-up resistor by fitting jumpers on the outputs. Note Trigger programming on the Remote Power Supply is identical as for the triggers on the Control Panel. 5.7.8.2 Programming MAXPRO Cloud will automatically detect IB2 bus devices in Installer Mode. It registers the device with the unique identifier on the label attached to the device. To register the device in MAXPRO Cloud, proceed as follows:

Log into MAXPRO Cloud. Go to the appropriate customer, site, and control panel (= controller in MAXPRO Cloud). Switch CONTROLLER MODE to Installer to scan for new devices. 1. 2. 94 800-23044 Rev. A draft_11 3. 4. 5. 6. Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide After scanning, click VIEW ALL. In the New Devices list, select the desired device. You can recognise the device by its unique identifier (see the label on the device). Specify the basic settings for the device (Device Name), and then click Register. The system has automatically filled in the IB2 bus ID and the device's serial number. After registering, fill in the devices Settings tab (and other tabs if applicable) to fully configure the device. For a summary of settings, see Configuration in MAXPRO Cloud on page124. For details, see the MAXPRO Cloud online help. Note In Installer Mode, the system will detect how many batteries are connected, and it will lock the correct number on exiting Installer Mode. 5.7.9 IB2 Bus LED Indicators LEDColour Indication Function Green Red Steady blink

(0.1s on, 0.9s off) Steady Off Power and IB2 communication good Powered but not communicating on IB2 No power or communication 5.7.10 Maintenance The RPS, batteries, and AC power adapter (in the cabinet) do not contain any user serviceable components. No further calibration checks or adjustments are required. 800-23044 Rev. A draft_11 95 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 5.8 Cabinet Mounting with Control Panel or Remote Power Supply You can install IB2 modules in a cabinet with a Control Panel or a Remote Power Supply, instead of in their own enclosure. The following options exist:

In a cabinet with a Control Panel: you can install one module on top of the Control Panel. Suitable modules are: Relay Modules and Zone Expanders. In a cabinet with a Remote Power Supply: you can install up to two modules;

one to the right of the RPS and one on top. Suitable modules are: Relay Modules, Zone Expanders, and Door Control Modules. To mount a module in the cabinet, proceed as follows:

Before mounting a module in the cabinet, wire the connections to the panel/RPS main board first. If you stack another module on top, the stacked module will cover the info card indicating the panel/RPS connectors. In this case, fix the panel/RPS spare info card to the inside of the cabinet lid. 3. Press the tab at the bottom of the lid and remove the lid. l l 1. 2. 4. Gently remove the module from its enclosure: with the back facing towards you, push the two tabs upwards and then rotate the module towards you. 96 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Note You may have to remove the info card before removing the module from its enclosure. 5. Mount the module in the cabinet as follows:

o On top of the Control Panel: fit the module over the positioning pins on the panel, and fix the module using 2screws (top right, bottom left). 800-23044 Rev. A draft_11 97 Zones Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series o To the right of the RPS: fix the module to the mounting rails in the cabinet using 4screws. The example below shows a DCM. 98 800-23044 Rev. A draft_11 Remote Power SupplyDoor Control Module Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide o On top of the RPS: fit the module over the positioning pins on the RPS, and fix using 2screws (top right, bottom left). The example below shows a DCM. 6. Wire the module in the normal way. Tip: you can use a quick connect cable (supplied with the panel or RPS) to connect the module to the IB2 Quick connector on the panel (# or # on page33) or the RPS (F, see page90). 7. If mounting in a cabinet, the module's built-in tamper switches (lid and off-wall) will go into alarm. To prevent this, disable its built-in tampers in MAXPRO Cloud. Note If mounting in a cabinet, you do not use the module's tamper screw. Placing a Module Back in its Enclosure To place the module back in its enclosure:

l Align the arrows on the back of the enclosure with the arrows on the back of the module, then rotate the module and click it into place. 800-23044 Rev. A draft_11 99 Door Control ModuleRemote Power SupplyDoor Control Module Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 100 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 6 Installing V-Plex Devices 6.1 About V-Plex Devices For an overview of compatible V-Plex devices, see Parts List on page183. The V-Plex loop is a multiplex loop (or polling loop) that supports low-current addressable sensors, as well as single, dual, and 8-zone expanders. The V-Plex loop provides both power and data to the V-Plex devices, and is constantly monitoring the status of all zones enabled on the loop. The maximum current draw of all devices on the V-Plex loop cannot total more than 128mA. Note V-Plex devices that can be programmed via either DIP switches or the built-in unique serial number must be set for the serial number mode operation. DIP switch zone devices are not supported; the MPI control panel only supports devices in serial mode. You must wire all devices on the V-Plex loop in parallel to the [+] and [] V-Plex loop terminals of the control panel. You can wire the peripherals on the V-Plex loops in a daisy-chain, free star, or spur configuration. Notes on Wiring l For new V-Plex loop installations, always use twisted pair wiring. In many cases, you may use existing non-twisted pair wiring, but it is more susceptible to interference from other sources, and may be problematic in installations with long wire runs or in high noise environments. l Always locate V-Plex loop wiring at least 6inches (15cm) away from AC power, telephone, or intercom wiring. The V-Plex loop carries data between the control panel and the devices; interference on this loop can cause an interruption of communication. The V-Plex loop can also cause outgoing interference on the intercom or phone lines. If this spacing cannot be achieved, shielded wire must be used. (Note that the maximum total wire length supported is cut in half when shielded wire is used). l Recommendation if using parallel wire runs: do not draw more than 64mA on any individual wire run. This will enhance the reliability of the system. When Using Multiple Loops (MPIP3000 Series Only) l When using two V-Plex loops (MPIP3000 series panels only), always connect/configure devices to loop1 (Vplex BUS1) first. Do not use loop2

(Vplex BUS2) if there are no devices on loop1. 800-23044 Rev. A draft_11 101 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series l Multi-loop V-Plex devices must be kept together on the same loop, either loop1 (Vplex BUS1) or loop2 (Vplex BUS2). You cannot deploy them across different loops. l The control panel only supervises loop1. Notes on Inputs and Outputs l V-Plex outputs are always physically part of a V-Plex input device. The output is always associated with the zone number allocated to the input side of the V-Plex device. The system supervises the outputs for connectivity and lid tamper via the zone side of the device. l You need to define a zone first before you can define an output. To add a zone, you need to enter the device's serial number in MAXPRO Cloud. l Supported V-Plex outputs are trigger/relay style outputs only. 6.2 V-Plex Connections 6.2.1 Supervision l The MPI system supervises the V-Plex polling loop. The system can annunciate a short circuit on the V-Plex loop on the keypads and in MAXPROCloud. It will also monitor each of the configured devices for presence. l l l If a zone expander on the V-Plex loop fails (the panel cannot "see" that device), the system displays a trouble condition for all zones on that device

(i.e. 4208SN). A tamper condition on the device will also cause a trouble on that zone. If the device has multiple zones, such as a 4208SN, then all zones on that device will indicate a trouble condition. If it is a single zone, only that zone will display a trouble condition. If the area is armed when a device fails, and the zone is a burglary zone, the system will go into alarm. Note A short or open circuit on the V-Plex loop itself prevents an area from being armed, unless all zones on that loop are bypassed. 6.2.2 V-Plex Loop Short The system will indicate the V-Plex loop short when there is a physical short, a low voltage on the loop, or too much current (exceeding 128mA). 102 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide l The panel recognizes a short when the voltage on the V-Plex loop drops to 4.5VDC or below. l Isolate this by checking voltage on the V-Plex loop with wires connected and with all wires removed. Note that the voltage normally fluctuates between 7 and 11 VDC. 6.2.3 Limitations of V-Plex Cable Runs 6.2.3.1 Determining the Maximum Wire Length per V-Plex Loop To determine the maximum wire length per V-Plex loop, proceed as follows:

1. 2. 3. 4. Use Table 2 (further below) for unshielded cable and Table 3 for shielded cable. Determine the maximum load of each device, and add them together to determine the maximum wire length from the tables. Example:

The 4190SN requires 2.0mA. One 4208SN requires 27.3mA. The total load for one 4208SN plus five 4190SNs on the same loop would be

(27.3+10.0) = 37.3mA. Locate the row in the table selected in step1 corresponding to the sum of all device currents determined in step2. Example:

A total load current of 37.3mA, corresponds to the row of (33-40)mA. Determine the maximum wire length from the size, or gauge, of the wire used. Example:

o The maximum wire length of No.20AWG wire for a total device load of 37.3mA is 4,680feet if you use either unshielded (Table 2) or shielded

(Table 3) wire. o If you use No.18AWG wire instead, the maximum allowable wire length would be 7,410feet for unshielded cable, and 6,000feet for shielded wire. Table 2: V-Plex loop wiring distance (feet) using unshielded twisted pair (or non-metal conduit) Total Load

(mA @ 11.5VDC) Wire Gauge 116 1724 2532 22AWG 20AWG 18AWG 16AWG 12,000 12,000 4,850 3,640 7,810 5,850 12,000 12,000 9,260 12,000 12,000 12,000 800-23044 Rev. A draft_11 103 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Total Load

(mA @ 11.5VDC) Wire Gauge 22AWG 20AWG 18AWG 16AWG Table 3: V-Plex loop wiring distance (feet) using shielded twisted pair (or metal conduit); one side of the shield to ground Total Load

(mA @ 11.5VDC) Wire Gauge 22AWG 20AWG 18AWG 16AWG 3340 4148 4956 5764 6572 7380 8188 8996 97104 105112 113120 121128 116 1724 2532 3340 4148 4956 5764 6572 7380 8188 8996 97104 105112 113120 121128 104 2,910 2,420 2,080 1,820 1,620 1,450 1,320 1,210 1,120 1,040 970 910 6,000 4,850 3,640 2,910 2,420 2,080 1,820 1,620 1,450 1,320 1,210 1,120 1,040 970 910 4,680 3,900 3,350 2,930 2,600 2,340 2,130 1,950 1,800 1,670 1,560 1,460 6,000 6,000 5,850 4,680 3,900 3,350 2,930 2,600 2,340 2,130 1,950 1,800 1,670 1,560 1,460 7,410 6,170 5,290 4,630 4,110 3,700 3,370 3,090 2,850 2,650 2,470 2,310 6,000 6,000 6,000 6,000 6,000 5,290 4,630 4,110 3,700 3,370 3,090 2,850 2,650 2,470 2,310 11,760 9,800 8,400 7,350 6,540 5,880 5,350 4,900 4,520 4,200 3,920 3,680 6,000 6,000 6,000 6,000 6,000 6,000 6,000 6,000 5,880 5,350 4,900 4,520 4,200 3,920 3,680 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 6.2.3.2 Wiring Notes and Recommendations l Twisted, stranded, non-shielded cable is recommended. Avoid sharp bends in the wire. l Shielded cable, running Aux power in the same jacket, and/or running wire in metallic conduit increases the capacitance of the wire run, which limits distances. l Avoid running the cable near keypad wiring, intercom, or AC power lines, or anything emitting RF noise. l V-Plex devices that can be programmed via either DIP switches or the built-

in unique serial number must be set for the serial number mode operation. DIP switch zone devices are not supported; the MPI control panel only supports devices in serial mode. l Shielded wire should have one end of the shield to good Earth Ground. 6.2.4 Load The maximum load on one or more V-Plex loops with a single supporting control panel is 128 mA. 800-23044 Rev. A draft_11 105 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 7 Powering the System 7.1 Wiring the AC Power Supply in the Cabinet This product is not suitable for installation, maintenance, or connection by the user. A competent, qualified installer must carry out installation and maintenance. Do not connect to a receptacle controlled by a switch. During installation, make sure the control panel is disconnected from the AC power supply. Caution!

Warning!

Note Upon a total power failure, the control panel will ignore and not transmit alarm or supervisory information for a stabilization period of 120seconds following restoration of power. Within 60seconds at the end of the stabilization period, the control panel shall initiate the transmission of a power restoration signal code, if the system supervision report is enabled in MAXPRO Cloud. There are two ways to connect AC power to the cabinet's AC power adapter:

l Using a suitable power cable with a plug and attaching it to the pre-wired power plug on the side of the cabinet. You can use the power cable included with the cabinet. For details, see Using the Pre-installed Plug in the Cabinet on page107. l Using AC wiring in conduit. In this case, you have to uninstall the cabinet's pre-wired plug, and then connect the AC wires manually. For details, see Using Conduit on page108. 106 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Caution!

No other connections to the AC power supply terminals are permitted than the ones described in the procedures below. All wiring must be in accordance with local regulations. Incorrect wiring of the AC power supply may cause permanent and irreparable damage to the main board of the Control Panel or Remote Power Supply. The cabinet AC power adapter does not contain any user serviceable components. No further calibration checks or adjustments are required. You can add up to 2backup batteries (max. 18Ah, up to 2x9Ah) in one cabinet. For instructions and further specifications, see Installing Backup Batteries on page110. Note Note For 36Ah battery capacity, you need to install 2x18Ah batteries. You will need a second tamper-protected cabinet to house the second battery. You connect the second battery to the Battery2 terminals on the control panel in the first cabinet. 7.1.1 Using the Pre-installed Plug in the Cabinet The cabinet comes with the internal wiring of the AC power adapter pre-

installed, and a special plug to easily connect the external AC power cable to the cabinet. Furthermore, the cabinet comes with an AC power cable and a clamp to fix the cable to the connector. The AC power cable used must be a three-core type (with green/yellow earth insulation) of adequate current carrying capacity. Follow local laws and regulations regarding cable types and length. To install the power cable, proceed as follows:

1. 2. 3. Screw the included cable clamp over the AC power plug to the side of the cabinet using the two screws provided. Plug the power cable into the AC power plug to the side of the cabinet. Tighten the screw on the cable clamp to fix the power cable. 800-23044 Rev. A draft_11 107 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series A Cabinet's AC power adapter C Cabinet B AC power cable 7.1.2 Using Conduit If you need to run the power cabling in conduit, then you can wire the AC power as follows:

1. 2. 3. Remove the pre-installed power plug at the side of the cabinet, and the internal wiring from the plug to the AC power adapter. Use a cover plate to close the knockout that previously held the power plug. Route the AC power cable from the conduit through a suitable hole in the cabinet walls (back or left-hand side panel). 108 800-23044 Rev. A draft_11 CAB Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 4. Wire the AC power cable (A) to the cabinet AC power adapter (E) as AC power supply wire Connect to terminal on AC power adapter follows:

Line (B) Neutral (C) Earth (D) L N A AC power cable D Earth wire (typically yellow/green) B Line wire (typically brown) E Cabinet's AC power adapter C Neutral wire (typically blue) F Cabinet 7.2 Powering the Main Board The cabinets AC power adapter outputs (B, see image below) are pre-wired with red and black leads and a terminal block at the end to connect to the 13.8VDC input pins (A, see image below) of the main board of the control panel or RPS. Slide the terminal block over the input pins, making sure the connections are as follows:

From AC power adapter terminal To main board terminals (13.8VDC) V (black lead) V+ (red lead) Caution!

Incorrect wiring of the AC power supply input may cause permanent and irreparable damage to the control panel's main board. 800-23044 Rev. A draft_11 109 ABCDEEF Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series The green LED (C) on the AC power adapter will light up when AC power is present. Caution!

No other connections to the AC power supply terminals are permitted than the ones described in the procedures below. All wiring must be in accordance with local regulations. Incorrect wiring of the AC power supply may cause permanent and irreparable damage to the main board of the Control Panel or Remote Power Supply. 7.3 Installing Backup Batteries Each Control Panel and each Remote Power Supply need at least one backup battery to ensure continued operation in case of a power failure. You can install up to 2backup batteries (max. 18Ah, up to 2x9Ah) inside one cabinet. You can place the battery or batteries on the bottom of the cabinet, to the right of the built-in AC power adapter. Note For 36Ah battery capacity, you need to install 2x18Ah batteries. You will need a second tamper-protected cabinet to house the second battery. You connect the second battery to the Battery2 terminals on the control panel in the first cabinet. The sections below provide instructions for calculating the control panel load, so that you can determine the required battery capacity for your application. 110 800-23044 Rev. A draft_11

+13.8 VDCABC Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 7.3.1 Maximum Current Draw 7.3.1.1 On the Control Panel The following table shows the (theoretical) maximum current that may be drawn from each individual output on the control panel:

Output Maximum Current Draw Auxiliary1 (AUX1 +12V, IB2 bus1) MPIP2000U series: 1,500mA max. /

MPIP3000U series: 1,100mA max. MPIP3000U series: 1,100mA max. Auxiliary2 (AUX2 +12V, IB2 bus2 MPIP3000 series only) Auxiliary3 (AUX3 +12V, optional LTE module) 1,100mA max. Bell1 V-Plex1 Bell2 (MPIP3000 series panels only) 1,800mA 1,800mA 128mA V-Plex2 (MPIP3000 series only) 128mA 7.3.1.2 On the MPI Remote Power Supply For the MPI Remote Power Supply, the maximum current that may be drawn from each individual output (AUX1 and AUX2) is 1,500mA. 7.3.2 Determining the Control Panel's Load Use the tables that follow to calculate the total current for the auxiliary power, the V-Plex loop, and the alarm sounders. In each table, multiply each devices standby and/or alarm current by the number of units used. 7.3.2.1 Auxiliary Power In Table 4, enter the devices used on auxiliary power. Calculate standby and alarm currents, then add to get the aux power current subtotal. If using two buses/aux powers, fill in a table for each one. Two tables are provided below. l Aux1 = zones 110; triggers, devices on IB2 bus1 (if powered by the control panel and not by an extra remote power supply), and devices using the auxiliary +12V at the top left (# on page34). l Aux2 = devices on IB2 bus2 (if powered by the control panel and not by an extra remote power supply). 800-23044 Rev. A draft_11 111 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Table 4: Total IB2 Bus/ Aux Power Current Draw Aux1 Total Current Device Model Device Current x No. of Units =

Standby Alarm Auxiliary Power Subtotal MPIP2000 Series: Aux1; max. 1500mA MPIP3000 Series: Aux1; max. 1100mA For MPIP3000 series with a second IB2 bus/Aux power, use the table below for the second bus/Aux power:

Aux2 (for MPIP3000 series only) Total Current Device Model Device Current x No. of Units =

Standby Alarm Auxiliary Power Subtotal

(Aux2; max. 1100mA) 112 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 7.3.2.2 V-Plex Loop In Table 5, enter devices used on the V-Plex loop. Calculate the total current draw on the loop. If using two loops, fill in a table for each one. Two tables are provided below:

Table 5: Total V-Plex Loop Current Draw V-Plex Loop1 V-Plex Loop Device Current Total

# of Units V-Plex Loop Subtotal

(max. 128 mA) 800-23044 Rev. A draft_11 113 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series For MPIP3000 series with a second V-Plex loop, use the table below for the second loop:

V-Plex Loop2 (for MPIP3000 series only) V-Plex Loop Device Current Total

# of Units V-Plex Loop Subtotal

(max. 128 mA) Note The total current for each loop individually cannot exceed 128 mA. Note that the total number of points connected to the panel cannot exceed119. 7.3.2.3 Alarm Sounders In Table 6, enter the alarm sounders. Calculate alarm currents, then add to get the alarm output current subtotal. Alarm sounders = Bell1 and Bell2 (E on page34), external siren on AUX3 (P on page34). The maximum current on each bell circuit is 1800mA. Bell2 is only available on the MPIP3000 series. 114 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Table 6: Alarm Sounder Loads Alarm Sounders Total Current Device Model Device Current x No. of Units =

Standby Alarm XXXXXX XXXXXX XXXXXX XXXXXX XXXXXX XXXXXX XXXXXX XXXXXX XXXXXX Alarm Sounder Output Subtotal 7.3.2.4 Total In Table 7, enter the total calculated subtotals of all listed outputs from Table 4 through Table 6, then add to get the combined current. Remember to add also the currents for the control panel itself and, if applicable, the optional LTEmodule. Table 7: Total Current Load Total Current Standy Alarm Aux1 Power Subtotal (see Table 4) Aux2 Power Subtotal (see Table 4, if used) V-Plex Loop1 Power Subtotal (see Table 5) V-Plex Loop2 Power Subtotal (see Table 5, if used) Alarm Sounder Output Subtotal (see Table 6) MPI PCB Current Total Current Load LTE module, if present

(45mA)

(240mA) 800-23044 Rev. A draft_11 115 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 7.3.3 Determining the Size of the Standby Battery The table below indicates the maximum total output currents allowed, in function of the battery capacity and the required standby time:

Max. Total Output Current (AUX + V-Plex) + Alarm Sounders Battery Capacity:

14Ah (2 x 7Ah) 17/18Ah 4hours standby time 24hours standby time 2.6A 0.4A 2.5A 0.27A Use Table 8 below to determine the required backup battery capacity. Using the total currents calculated from Table 7, calculate the battery capacity required for the installation. Table 8: Battery Capacity Calculation Calculated Value Capacity Formula Standby capacity For 4-hour standby time:

Total standby current x 4 hours x 1.2 contingency factor. For 24-hour standby time:

Total standby current x 24 hours x 1.2 contingency factor. Alarm capacity For 4-, 5-, or 15-minute alarm time:

Total alarm current x 0.067 (4 min) / 0.250 (15 min) Total capacity

= Standby Capacity + Alarm Capacity Batteries must be 12V, sealed lead-acid batteries suitable for use in standby

(backup) operation, within the capacity range 718Ah. The table below shows some examples of suitable battery models. Capacity Battery Model Comment Yuasa NP7-12 Connect to the terminals for Battery1. 7Ah 14Ah Yuasa NP7-12 x2 17Ah /

18Ah Yuasa NP18-

12B Use two identical 7Ah batteries. Connect one battery to the terminals for Battery1, and the other to the terminals for Battery2. Connect to the terminals for Battery1. 116 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide The system tests the batteries periodically. For details, see Battery Test on page142. 7.3.4 Battery Installation Caution!

Position the battery or batteries in the cabinet only as shown in the diagrams. Look carefully at the battery terminals position. This will prevent issues caused by:

l l l terminals touching the painted or unpainted metal surface. terminals touching each other even with shrouded connections. terminals touching another part including an adjacent battery. Caution!

You must install and replace batteries according to the manufacturers specifications and schedule. Install batteries only in well ventilated areas. For safety precautions, maintenance, handling and recycling information, refer to the battery manufacturers safety data sheet.

(For the batteries recommended in this document, please refer to the Yuasa website.) Dispose of used batteries according to local regulations. Using a Single Battery To install a single battery, proceed as follows:

1. Place the battery horizontally on the bottom of the cabinet. If the battery terminals are both on the same side, position the battery with the terminals on the left-hand side. or 800-23044 Rev. A draft_11 117 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 2. Connect the battery to the Batteries1 terminals. Use the included battery leads. From battery terminal To main board terminal

Batteries1 + (red lead) Batteries1 (black lead) Using Two Batteries To install two batteries, proceed as follows:

1. 2. Position one battery horizontally, on the left, with the terminals on the left-hand side. Position the other battery on its side, with the terminals at the top. 3. Connect the batteries to Batteries1 and Batteries2 terminals. Use the included battery leads. Battery From battery terminal To main board terminal Battery1 Battery2

Note Batteries1 + (red lead) Batteries1 (black lead) Batteries2 + (red lead) Batteries2 (black lead) In MAXPRO Cloud, the Multiple Battery Sensing feature will default to 2batteries on fresh start-up. In Installer Mode, the system will detect how many batteries are connected, and it will lock the correct number on exiting Installer Mode. In MAXPRO Cloud, you can specify the capacity of each installed battery. This allows the system to estimate the maximum runtime on battery if AC power is lost. 118 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide For systems that require more than 18Ah battery capacity, you have to install a second tamper-protected cabinet to put a second battery. 7.4 Connecting to MAXPRO Cloud 7.4.1 Workflow After wiring all the devices and attaching power supplies (AC power and batteries) to the system, you will first register the control panel in MAXPRO Cloud, before finally applying power up the system. Make sure that you have connected at least one battery and one keypad. To register the control panel in MAXPRO Cloud, proceed as follows:

1. 2. 3. 4. 5. 6. 7. On your PC, open your web browser and go to https://mymaxprocloud.com/MPC/Signin. If you do not have an account yet, click Sign up to register as a new dealer. Sign in to MAXPRO Cloud after you receive a confirmation email from Honeywell. In MAXPRO Cloud, click the Menu button Click Add a customer, and fill in the required data for the customer. In the Customer Name box, enter the name of your MPI customer. In the Site Name box, enter a name for the site where you installed the MPI system.

, and then click Customers. Click the newly created site. Click Add Controller to add the MPI control panel. In the Controller type box, select the exact model of your control panel

(MPIP2100U, MPIP3000U). You can find the exact model name on the sticker on the panel's box, and on the sticker on the panel's plastic mounting bracket. In the MAC ID box, type the control panels MAC address. You can find the MAC address on the label on the control panel. Type the MAC address without spaces or special characters, for example 2AC389A858C8. 8. In the Time zone box, select the time zone for the control panel. 800-23044 Rev. A draft_11 119 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Caution!

Make sure that you select the correct time zone. If not, MAXPRO Cloud will not be able to connect to the control panel. 9. Click ADD CONTROLLER. 10. Once you have added the control panel in MAXPRO Cloud, apply power to the control panel. The control panel will automatically attempt to connect to the server and register. This process typically takes a few minutes. You can follow the progress on the display of the system keypad. If you have wired several keypads to the control panel, the system keypad is the first keypad that you touch after powering up. The display will show any failure points. If registration is successful, the connection status on MAXPRO Cloud will change to green. In case you experience any issues, see Troubleshooting on page121. In the following steps, you will let the system discover the MPI peripherals that are connected to the control panel. You can then formally register the system keypad which was temporarily registered on first power-up, and all other keypads and peripherals. 11. Switch MAXPRO Cloud to Installer mode, as follows: in the Controller screen, under CONTROLLER MODE, click Installer, and then click Yes to confirm. The system will automatically scan for new devices connected to the control panel. 12. When scanning is finished, click VIEW ALL to switch to the Devices page. In the New Devices list, you can select and register each new device by giving it a dedicated description and setting any other required parameters. For detailed instructions, see the MAXPRO Cloud online help. Note For initial setup, no programming is required using the keypad. You will configure the system in MAXPRO Cloud. If you do need to use the keypad, the default Master User code is 4321; the default Installer User code is 4140. Remember that these codes are set per customer in MAXPRO Cloud. Once you have changed the default codes for a customer, the system will automatically load the changed codes to any new keypad that you add to the any of the customer's sites. 120 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 7.4.2 Troubleshooting When you apply power to the system, all devices will power up. The system keypad (the first keypad that you touch after powering up the panel) will temporarily register with the control panel in order to facilitate the connection to the server. When the splash screen disappears from the system keypad display, the keypad will display a series of messages, indicating the progress of the connection to the server. If any point fails, the screen will offer to enter Manual Mode and indicate an error message to help determine the cause. Consider the corrective actions detailed below:

l Internet connection check: this message indicates if the panel has made a connection to the local network and has obtained an IP address, and if the panel was able to connect to internet. If this fails, check the items below:

o The network cable connection: the amber LEDon the Ethernet port must be flashing. o Is port443 open on the router for the site?

o Is a proxy server required for internet access on the site? If so, enter Manual Mode on the keypad to add the proxy server details. l MPC registration check: this message indicates if the panel is registered in MAXPRO Cloud and is connected to the cloud. If this message fails, check the following:

o Is a site created yet in MAXPRO Cloud using the MAC address of the panel? For instructions, see Workflow on page119. 7.4.3 Using Manual Mode on the Keypad If the control panel fails to connect to internet and/or to the MAXPRO Cloud server, you can use Manual Mode on the keypad to enter connection details manually. If connection fails, proceed as follows:

On the keypad, tap Enter Manual Mode. The Local Network screen appears. 1. 2. If you want to manually assign an IP address to the panel, provide the following information:

o PANELIPADDRESS: type the desired IP address for the panel. o GATEWAY IPADDRESS: type the gateway IP address for the network segment where the panel resides. o SUBNET MASK ADDRESS: type the subnet mask for the network segment where the panel resides. 800-23044 Rev. A draft_11 121 3. 4. 5. 7. 8. 9. Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Tap Next to continue. The DNSSetup screen appears. If required, type the network's DNS IP address, and then tap Next to continue. The APN Setup screen appears. If required, type the Access Point Name (APN) address, and then tap Next to continue. The Proxy Setup screen appears. 6. If required, provide the following information for the proxy server:

o Proxy Address: type the URL for the desired proxy server. o User Name: type the user name for logging on to the proxy server. o Password: type the password for logging on to the proxy server. Tap Next to continue. The Register Server Setup screen appears. The server address is normally filled in correctly for your region. Leave this setting as is. Tap SAVE. The system will try and connect to internet and the MAXPRO Cloud server using the new settings. 7.5 Shutting Down the Panel Securely The SHUTDOWN button on the panel (B on page34) allows you to shut down the control panel securely. This makes sure that the system can save all necessary data and statuses in the flash memory. Shutting down the panel disables the inputs and outputs, and switches off the IB2 buses, the AUX outputs, and the PTCs. It does not remove power from the panel (from the AC power adapter or the batteries). You have to shut down the control panel in the following situations:

l Before disconnecting the LTE Module. l Before installing or removing peripherals on the IB2 bus. To shut down the control panel securely, proceed as follows:

1. On the control panel, press the SHUTDOWN button for 5 seconds. 2. Wait for the control panel to shut down completely. The shutdown LEDwill go out; the keypad screen will go black and all keypad LEDs will go out. 3. You can now add or remove IB2 bus devices, or disconnect the LTE module. 122 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide To restart the control panel, briefly press the SHUTDOWN button again. The system is ready again when the keypad screen displays the current time and date. 800-23044 Rev. A draft_11 123 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 8 Configuration in MAXPRO Cloud MAXPRO Cloud allows the installing dealer to program the system remotely, and allows the end customer to monitor and control the security system remotely. This chapter introduces the MAXPRO Cloud user interface, and provides a summary of the settings for the MPI Control Panel and peripherals. The settings information is arranged per screen in MAXPRO Cloud. This document does not contain instructions for setting up an account, rules, reports, firmware updates, alarm handling, camera viewer, MAXPRO Cloud user management, subscriptions, or any other item. For more detailed information, see the MAXPRO Cloud Configuration Guide and online help. To access the online help: click the Help button right corner of the MAXPRO Cloud screen, and then select Help. in the top 8.1 MAXPRO Cloud User Interface Below is an overview of the main parts of the MAXPRO Clouds user interface. A Left column: to select the aspect of an integrated site configuration that you want to work on. 124 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide B Middle column: to select the individual item to focus on. C Right column: contains the detailed information and configuration options of the item as selected in the other columns. The information and options can be split over several tabs. D General site settings E Configuration of inputs and outputs, and all peripherals. Each site in MAXPRO Cloud can contain multiple control panels. Certain settings apply to all control panels and all peripherals in the site. In MAXPRO Cloud, go to the desired customer and Site Overview page. F Area specific configuration. G Schedule definitions. H Configuration of site users. 8.2 Site Settings 8.2.1 Overview Tab This tab shows the customer details. 8.2.2 Settings Tab This tab allows you to set:

l Authority levels for resetting and overriding events. l For access control with the MPI Door Control Modules, the card type is defined here for the whole site = identical for all DCMs connected to all control panels in the site. 8.3 Control Panel Settings 8.3.1 Overview Tab The control panels Overview tab displays:

l The status of the control panel (online or offline). l The sync status of configurations. The system syncs the changes automatically when you exit Installer Mode. l The authorisation status: indicates if the Installer mode is restricted. If that is the case, the customer has to grant the installer access to the system using the keypad. 800-23044 Rev. A draft_11 125 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series l Buttons for viewing alarms and the event log, and for switching to Installer mode. l The current firmware version. Note You can update the MPI firmware using the Firmware option in the menu. For detailed instructions, see Updating the Firmware on page139. Remember to test all functionality after updating. UL When making changes to an existing system, there must be someone present on site for testing when powering up the system again or downloading configurations. Never change any configuration settings or upload firmware unless someone is there to test. 8.3.2 About Installer Mode Caution!

After commissioning the installation, when you have enabled the Restrict Installer Mode setting in MAXPRO Cloud, you can only enter Installer Mode with permission from your customer. The customer authorises the Installer Mode using the keypad. For details, see the MAXPRO Cloud User Guide (doc. no. 800-25754). l Upon entering Installer Mode, MAXPRO Cloud will automatically scan for new devices connected to the control panel. l In Installer Mode, the system will not report any alarms or faults. This allows you to add or remove peripherals and batteries, change the configuration

(=settings that change the operation of the system) without generating false alarms. There is one exception: tamper events. Enter the Installer code on the keypad to reset the tamper alarm. l In Installer Mode, the keypad will indicate Installer service mode in the top left corner of the display. 126 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Note l You cannot enter Installer Mode if there are armed areas. You must disarm all areas before you can enter Installer Mode. l You cannot exit Installer Mode if there are faults or tamper events active. You must solve all faults and tampers, and then acknowledge the events in MPC before you can exit Installer Mode. 8.3.3 Settings Tab This tab displays:

l Control Panel information and general settings l General settings for all keypads (arming stations) that are connected to the panel: Language, Fail Attempt Limit, and Lock Out Time. Settings for individual keypads are available in the Devices page. l Backup battery capacity l Burglary alarm confirmation settings l Date and time formats l Reporting and system supervision options. 8.3.3.1 System Supervision Controls The system supervision controls allow you to choose which parts of the system you want to supervise. For example, if you are not using a V-Plex loop, you can switch off supervision to prevent trouble events for the loop. UL Switching off supervision options may invalidate compliance with local regulations. 8.3.4 Communication Path Tab The system will set up the Ethernet path automatically using DHCP where possible. In some network environments, for example when using a proxy server, you must enter the network settings manually via the keypad on start-

up. The system will automatically attempt to communicate over Ethernet where available. If there is no Ethernet connection to the internet, the system will switch to an LTE module path if this is configured. The system will switch back to Ethernet when the Ethernet internet connection is restored. 800-23044 Rev. A draft_11 127 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series The system supports two independent network connections by adding the optional LTE module (MPICLTEU/MPICLTEC). This provides Ethernet path and LTE path options. The LTE path can sometimes be referred to as cell path, or 3G/4G path. The system monitors the Ethernet network interface independently in the hardware. It uses a PHY circuit that will generate an Ethernet line fail event when the local connection is removed (see Events on page147). The system monitors the LTE network interface whenever the connection is not active. The panel sends an AT command request to the LTE module every 6seconds to confirm that a data connection is present. If there is no data connection available, the system records a line fail event. The Communication Path tab has two subtabs:

l Communication Path: for the communication paths settings. l Communication Test: allows you to test the communication paths. Caution!

If you change the APN for the LTEmodule (for example when changing providers), you have to restart the control panel for the changes to take effect. 8.3.5 Alarm Signalling Tab The Alarm Signalling tab allows you to define one or more Alarm Reporting schemes. Each scheme consists of defining a Central Station account number, a set of events to be signalled, the areas to be involved, and the destination

(alarm receivers). Typically, you only need to create a single alarm signalling report which will cover all the areas in the system. You can define a primary and secondary (backup) receiver (IP address or URL of the Central Station). However, it is possible to create multiple reports, each of which can contain different sets of events, areas, and destinations, and each with a different account number. Note Area1 is the system area: the system reports all panel and system events (such as tampers, battery low) on Area1. 8.3.6 AlarmNet Settings If you use AlarmNet as a receiver, the system will automatically fill in the necessary settings. If required, you can set up a second receiver. 128 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 8.3.7 Diagnostics Tab The Diagnostics tab is only available when the control panel is online. It provides details on:

l Power: incoming voltage, toal load current, and estimated battery run time. Furthermore, it provides details on the AUX ouputs and the backup batteries. l LTE module (Cell radio) l Communications channels. Note The measured values (voltages, currents, resistance values) in the Diagnostics screen are indicative values only and intended for relative comparison purposes. They are not calibrated readings. 8.4 Device Status The Devices page, Configured Devices displays the list of configured devices on the IB2 bus. It indicates the current status of each device. 8.5 Control Panel Input/Output Settings To configure the inputs and outputs on the Control Panel, go the Devices page, and select Panel I/O. You will find a tab for zones (inputs), for outputs, and a diagnostics tab. 8.5.1 Zones Tab For each of the 10 zones, it displays:

l Zone information, such as zone number and name l Settings, such as zone response type, area, and if the zone is bypassable. l Advanced settings, such as the zone supervision type and EOL resistor values. 8.5.2 Outputs Tab For each output (19) it displays:

l Output information, such as output number and name l Settings, such as start trigger and area(s). l Advanced settings, such as stop trigger, pulse settings, and output polarity. 800-23044 Rev. A draft_11 129 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 8.5.3 Diagnostics Tab The Diagnostics tab is only available if the control panel is online. It displays the current zone status and measured resistance value for each of the 10 zones. Click Refresh to refresh the diagnostic data. Note The measured values (voltages, currents, resistance values) in the Diagnostics screen are indicative values only and intended for relative comparison purposes. They are not calibrated readings. 8.6 Keypad Settings In the Configured IB2 Devices section, you can find the information and settings for the individual keypads:

l Keypad information, such as serial number, name, and IB2 bus. l Settings, such as home and associated areas. Settings that apply to all the keypads connected to the control panel, are available in the Control Panel settings. For details, see Settings Tab on page127. 8.7 Door Control Module Settings The following settings are available for each individual Door Control Module:

The Overview tab hows the name of the Door Control Module and a diagram of the door configuration. 8.7.1 Overview Tab 8.7.2 Settings Tab This tab displays:

l DCM information, such as serial number, name, and IB2 bus. l Settings such as the area, the operation in reduced capability mode, door open times, card/pin usage, on-board tamper switch, triple swipe, settings for entry/exit reader or RTE buttons. 130 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide The card type is set on site level (Site > Settings > Miscellaneous). For details, see Site Settings on page125. Note 8.7.3 I/O Tab This tab displays:

l Settings for the door status monitor, such as zone supervision type, EOL resistor values, and zone response type (for using the door with the entry/exit functions). l Settings for the RTE button. l Settings for the door lock relay. 8.8 Relay Module Settings The following settings are available for each individual Relay Module:

8.8.1 Settings Tab This tab displays:

l Device information, such as serial number, name, and IB2 bus. l Settings, such as the on-board tamper switch. 8.8.2 Outputs Tab This tab displays for each relay:

l Output information, such as output number and name l Settings, such as start trigger and area(s). l Advanced settings, such as stop trigger, pulse settings, and output polarity. 8.9 Remote Power Supply Settings The following settings are available for each individual Remote Power Supply:

8.9.1 Settings Tab This tab displays:

l Device information, such as serial number, name, and IB2 bus. l Settings, such as the backup battery capacities. 800-23044 Rev. A draft_11 131 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 8.9.2 Outputs Tab For each output (trigger):

l Output information, such as output number and name l Settings, such as start trigger and area(s). l Advanced settings, such as stop trigger, pulse settings, and output polarity. The Diagnostics tab is only available when the Remote Power Supply is online. 8.9.3 Diagnostics Tab It provides details on:

l Power: incoming voltage, toal load current, and estimated battery run time. l Details on the AUX ouputs and the backup batteries. Note The PTC on trigger4 is not monitored. The measured values (voltages, currents, resistance values) in the Diagnostics screen are indicative values only and intended for relative comparison purposes. They are not calibrated readings. 8.10 Zone Expander Settings The following settings are available for each individual Zone Expander:

l Device information, such as serial number, name, and IB2 bus. l Settings, such as the on-board tamper switch. 8.10.1 Settings Tab This tab displays:

8.10.2 Zones Tab For each of the 8 zones:

l Zone information, such as zone number and name l Settings, such as zone response type, area, and if the zone is bypassable. l Advanced settings, such as the zone supervision type and EOL resistor values. 132 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 8.10.3 Outputs Tab For each output (14):

l Output information, such as output number and name l Settings, such as start trigger and area(s). l Advanced settings, such as stop trigger, pulse settings, and output polarity. 8.11 V-Plex devices The V-Plex devices page allows you set the device's zones, outputs, and run diagnostics on the V-Plex loop(s). For smart PIRs, you can enable the Smart Contact setting, allowing the PIRto detect a mask condition in disarmed state. 8.12 Areas The following settings are available for each area:

8.12.1 Settings Tab This tab displays:

Note 8.12.2 Sensors Tab 8.12.3 Outputs Tab 8.12.4 System Area l Area information, such as area number and name l Settings, such as area type, entry and exit delays, and settings for alarm sounders, arming/disarming, and bypassing zones. Area1 is the system area: the system reports all panel and system events (such as tampers, battery low) on Area1. Displays all the sensors that are assigned to the current area. Displays all the outputs that are assigned to the current area. When you register a control panel in MAXPRO Cloud, the system automatically creates one area for it, Area1, and assigns the control panel to this area. This is the system area: the system will report all panel and system events on Area1. For example: communication failures, battery low, tamper events 800-23044 Rev. A draft_11 133 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series In case of a panel tamper event (lid, off-wall), the system will report the tamper event as a fault if Area1 is disarmed, and as an alarm if Area1 is armed. MAXPRO Cloud sorts the area list on area number, not on area name. Even if you have renamed Area1, it will still appear at the top of the area list (or at the bottom if you sort the list in descending order). The list displays the area number:

8.13 Scheduling and Holidays The scheduling and holidays features allow certain operations to be automated, such as arming and disarming. The system comes with two default schedules (always on and always off), but you can define any schedule you need. You define schedules on the customer level in MAXPRO Cloud. Once a schedule is defined, you can use it on every site, every control panel of that customer. Holidays allow you to define 'exception days' in a fixed schedule. For example, you want to allow access to a group of users on all week days, except on holidays such as New Year. You can assign schedules to:

l areas, for automatic arming and disarming l permission groups, for restricting access l rules and controller rules, for automating tasks. UL Automatic arming is not allowed in UL installations. 8.14 Permission Groups Permission Groups allow you to quickly assign the same set of permissions to different people. A Permission Group is a set of access rules to areas and doors, according to a schedule. You define Permission Groups on the customer level in MAXPRO Cloud. Once a Permission Group is defined, you can use it on every site, every control panel of that customer. For details, see the MAXPRO Cloud Configuration Guide (doc. no. 800-24096). 134 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 8.15 People 8.15.1 General The Control Panel allows up to 10,000 users (People). You define users on the customer level in MAXPRO Cloud. Once you have defined a user, it is available for every site, every control panel of that customer. One user code can grant access to different sites, areas, and doors via Permission Groups. Furthermore, you can define a role (Intrusion Authority) for the user code, to control access to functions such as arming/disarming, silencing alarms, etc. You assign each site user a 4-digit numeric (09) PIN code in the range from 1000 to 9999. This sequence of numbers provides a total of 9,000 available codes. PIN codes in the range from 0000 to 0999 are reserved. Note The default PINlength is 4digits. However, you can change the PINlength to be between 4 and6 digits. You define the PINlength on customer level: all PINcodes for all sites will have the same length. Make sure that you specify the PINlength before you define any people. If not, you will need to change all the configured people's PINcodes manually. You can also assign a card to a user. Compatible cards use 26bits or more, providing a minimum of 67,108,864 (226) different card numbers. There are no reserved card number ranges. The system is shipped with the following defaults for the Installer User and Master User codes:

User 6-digit code 5-digit code 4-digit code Installer 111222 Master 654321 11122 65432 1112 6543 These default codes allow the installer to get the system physically installed and to run initial testing without the need to connect to MAXPRO Cloud. Caution!

For security reasons, change the default codes as soon as possible from MAXPRO Cloud. 800-23044 Rev. A draft_11 135 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series You set the Installer User and Master User codes on customer level. The system will automatically download the new codes to each of the customer's control panels once connected to MAXPRO Cloud. l To change the Installer code: as an installer, log on to MPC to your Dealer account with an Admin role. Under Customers, select the desired customer, and then change the Installer PIN on the customer's Settings tab. l To change the Master code: the customer must log on to MPC with the Master Admin credentials. They can change the Master PIN under My Sites, on the Overview page, on the Settings tab. Only the Master Admin user can change the Master PIN. You can create additional Installer and Master codes for each control panel in the normal way for creating people and credentials. For details on programming people, see the MAXPRO Cloud Configuration Guide (doc. no. 800-24096). MAXPRO Cloud holds the main user database. It operates as one database across the End Customers account. The users name is the unique reference. No two users can share both the same First and Last Name. 8.15.2 Intrusion Authority Levels You have to assign a role, or level of authority, to each end user of the system. This authorizes the end user for certain system functions. An end user can have different levels of authority within different areas. The following levels of authority are available:

l Installer l Master l Employee l Security Guard l Janitor l Duress. Note The permissions for the Installer as described in the table below, are only available if the customer's Administrator authorises them by setting the dealer privileges in MAXPRO Cloud. For example, the Administrator can allow or deny installers from arming and/or disarming areas. The dealer privileges are valid for all the customer's sites. 136 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide For details on the permissions of each level, go to any persons Permission tab, and click the Info button MAXPRO Intrusion, the authorisations are defined as follows:

above the Intrusion Authority box. For General Functions Function Arm Disarm Bypass zones1 Authority Levels Installer Master Daily employee Security guard Janitor Duress Yes Yes, but only if armed by same code Burglary only Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Burglary only Burglary only Burglary only No No Cancel (silence) alarms and events Residential Fire alarms Yes Burglary, medical, panic, and non-security2 alarms Only if armed by the installer Troubles Tampers Reset Residential Fire alarms Burglary alarms Panic/holdup alarms AC power troubles System battery troubles Single comms path troubles ATS and fail to comms troubles Sensor masked Other troubles Tampers Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No Yes Yes Yes No No Yes No No No No Yes No No Yes Yes Yes No No Yes No Yes Yes Yes Yes Yes Yes Yes 1 If the zone is bypassable. Fire zones are never bypassable. 2 An example of a non-security alarm: an alarm from a sensor in a freezer indicating that the temperature is too high. 800-23044 Rev. A draft_11 137 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Authority Levels Installer Master Daily employee Security guard Janitor Duress Function Override AC power troubles System battery troubles Single comms path troubles ATS and fail to comms troubles Sensor masked Other troubles Tampers Other Actions View log Run siren and walk test Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No No Yes Yes Yes Yes Yes No No No 8.16 Controller Rules Controller rules allow the system to perform automated actions within the control panel, based on complex logical combinations of events. A controller rule has two parts:

l If: a logic combination of conditions which must be true to trigger the rule. You can use up to three conditions, combining them by AND or OR logic. You cannot combine AND and OR logic in one rule; you have to choose one. l Then: A list of actions which the system will carry out when the logical combination of conditions becomes true. You can use up to three actions. When the conditions become true, the system will carry out the defined actions once, and in sequence. However, as this happens almost immediately, the order of the actions is only important if one of the actions is a wait action. Wait actions enable you to carry out two separate actions with a defined time interval between them. 138 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide IF Condition1 is true. AND/OR AND/OR Condition2 is true. Condition3 is true. THEN Perform action1. Followed by Perform action2. Followed by Perform action3. The controller rules run from the control panel, and are not affected by the connection with MAXPRO Cloud. Controller rules are separate from the standard Rules in MAXPRO Cloud. For details on programming controller rules, see the MAXPRO Cloud Configuration Guide (doc. no. 800-24096). UL Using rules (standard Rules or Controller Rules) for automating tasks may render the system non-compliant. Check all the rules that you program for compliance with product standards. 8.17 Floor Plan Floor plans allow you to visualise a site and its zones. For details, see the MAXPRO Cloud Configuration Guide. 8.18 Clock Synchronisation The system runs a clock synchronization script once a day and on start-up using the Network Time Protocol (NTP). If the system detects a time difference greater than 10seconds, it logs a clock sync event. 8.19 Updating the Firmware Honeywell regularly provides firmware updates for your MPI system, which you can easily download via MAXPRO Cloud. When new firmware for the MPI system is available, a notification message appears in MAXPRO Cloud. If your system contains multiple control panels, you need to perform the update for each control panel. 800-23044 Rev. A draft_11 139 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Note The firmware update may include updates for the MPI control panel and peripherals. Depending on the number of devices that need updating, the entire process may take more than one day. Honeywell recommends to use the Ethernet connection (instead of the cell radio connection) for performing firmware upgrades. To update the firmware, proceed as follows:

First, download the firmware using MAXPRO Cloud: in the control panel's Overview page, click the New Firmware Available button. Select the desired control panel and firmware version, and then click Update. The system starts downloading the selected firmware version. The Current version column indicates progress. 3. Wait for the firmware to download completely: the Current version column will indicate 100%. When downloading is completed and the system is ready, the keypad will display a message the next time a user logs on to it, indicating that new firmware is available for installation. 4. Make sure the control panel is in Normal mode. If the control panel is in Installer mode, then switch it back to Normal mode first. Go to the system keypad and log on. The keypad will display a message that new firmware is available. 1. 2. 5. 6. Tap Update. Note If you want to postpone the new firmware installation, tap Postpone. The next time you log on to the keypad, the system will display the screen for installing the new firmware again. The system starts installing the new firmware for the control panel. The message in the top left corner of the keypad indicates that the system is updating. When finished, the control panel will automatically restart. 7. When the control panel has restarted, log on to the system keypad again. The keypad will display a message to confirm that the firmware has been upgraded. Tap OK to confirm the message. The home screen will indicate that the control panel has been restarted. Tap View Items and reset the event. The firmware update will appear in the control panel's event log. 8. 9. 140 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide If there are updates for the peripherals, the system will download these in the background after the control panel update has completed. This may take more than one day, depending upon the size of the system. You can safely use the control panel and the peripherals during this period. When the peripheral updates are ready to install, the keypad will again display a message the next time a user logs on, indicating that new firmware is available for installation. 10. When the peripheral updates are ready to install: tap Update. The system applies the firmware to all relevant peripherals. The system will be ready for use within 5minutes. 11. If applicable, repeat for other control panels. 800-23044 Rev. A draft_11 141 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 9 Testing and Commissioning UL When making changes to an existing system, there must be someone present on site for testing when powering up the system again or downloading configurations. Never change any configuration settings or upload firmware unless someone is there to test. 9.1 Battery Test The system runs the following battery tests:

l l If AC power is present, the control panel runs a brief battery test every 60minutes to determine if the battery or batteries are connected. It runs an extended battery test every 4hours to check on the batterys condition. The extended test begins 4hours after exiting Installer Mode. If the control panel finds that the battery voltage is low (less than approximately 11.2V), it generates a low battery warning. It will log the warning, display it on the keypad, and report it to the central station. When the battery level is normal again, the system will send a Restore report to the central station. UL The test report must be transmitted at least once every 24hours. 9.2 Burglary Walk Test The Burglary Walk Test causes the system to sound keypad beeps in response to faults on zones, so you can check proper zone operation without triggering alarms. You perform the test in disarmed mode, using the keypad. The system will send 'start of walk test' and 'end of walk test' messages to the central station. Note You perform a Burglary Walk Test for each area individually. The system will not send alarms for that area during the test. Other areas are still operative and will cause the external sounder and communicator to activate if an alarm condition occurs. UL The burglary walk test must be conducted every month. 142 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide To run the burglary walk test, proceed as follows:

Log on to the keypad, and tap Menu > Test modes > Walk test standard sensors. Tap the desired area, and then tap Start test. They keypad displays the list of untested zones in that area. Activate each zone in the area. The keypad produces a double beep when you activate each zone. The system moves the tested zones to the tested zones list. 4. After testing all the zones in the area, you can:

o Tap View Tested to see the tested zones. Then tap Back to return to the list of areas. o Tap New Test to return to the Test modes menu. 1. 2. 3. 5. 6. Repeat for all areas and all zones. Tap Done to finish. Note If there is more than one keypad for the area, all keypads indicate that the Burglary Walk Test is in progress. During the test, all keypads will beep once every 30seconds. The system automatically exits the Burglary Walk Test mode if there is no activity (no doors or windows are opened and closed, no motion detectors are activated, etc.) for 30minutes. During the last 5minutes, all keypads in the area display a message that the system is about to exit Walk Test mode, and they beep twice every 15seconds. After that, the system returns to normal operation. 9.3 Armed Burglary System Test Besides the standard burglary walk test, you shall also perform a test while the system is armed, to check if the system produces the required alarm sounds and sends the alarm messages to the CMS. Note The system sends alarm messages to the CMS during the armed system tests. Notify the CMS that you will be performing a test. To perform an armed system test, proceed as follows:

1. 2. Notify the CMS that you will perform a test of the system. Using the keypad, arm the system. 800-23044 Rev. A draft_11 143 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Fault one or more zones. Using the keypad, silence any alarm sounder(s). Rearm the system. 3. 4. 5. 6. Repeat arming/faulting/silencing/rearming until you have tested all zones. Check at least the following items:

o Check that entry/exit delay zones provide the assigned delay times. o If configured, check the emergency buttons on the keypad (Fire, Medical, and Police). o If a zone has been programmed for audible alarm, check if the system produces the required alarm sounds (on the keypad, on the alarm sounders). o If the zone has been programmed for silent alarm, there are no audible alarms or displays, but the system will send a report to the CMS. 7. Notify the CMS that all tests are finished, and verify results with them. 9.4 Smoke Detector Test You must test all smoke detectors monthly. To run a smoke detector test, proceed as follows:

l Press the TEST button located on the detector. If the TEST button does not cause the detector to activate, you must replace it immediately. 9.5 Siren Test The siren test on the keypad allows you to test all alarm sounders (and any related strobe lights). You can perform the test per area, or for all areas at once. To run the siren test, proceed as follows:

1. 2. 3. 4. 5. Log on to the keypad, and tap Menu > Test modes > Siren test. Tap the desired area, or tap All Areas to test the alarm sounders in all areas. Tap Test. The system activates the alarm sounders and any related strobes in the selected area or areas. Check if the alarm sounders and strobes work as required. Tap Stop to deactivate the alarm sounders and related strobes. 144 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 10 Important Information 10.1 To the Installer Regular maintenance and inspection (at least annually) by the installer and frequent testing by the user are vital to continuous satisfactory operation of any alarm system. You, as an installer, should assume the responsibility of developing and offering a regular maintenance program to the user as well as informing the user of the proper operation and limitations of the alarm system and its component parts. You must include recommendations for a specific program of frequent testing (at least weekly) to ensure the systems proper operation at all times. Furthermore, maintain proper documentation of the installation. Note the devices that were installed, when they were installed, and where they were installed. Keep track of the last time any maintenance or testing was performed, as well as which maintenance or test tasks were performed. Finally, document any changes to the system. 10.2 Turning the System over to the User Once the system is fully set up, tested, and approved; and before turning the system over to the user:

l Make sure that the default user PIN codes (Installer and Master code) have been changed. If not, anyone knowing the default codes can log on to the keypad and make (unauthorised) changes to the system. For details on changing the default PIN codes, see the MAXPRO Cloud online help. l Make sure that the customer has enabled the Restrict Installer Mode setting in MAXPRO Cloud (go to My Sites, then select the desired site, then select the desired control panel; repeat for each control panel). With this setting enabled, the customer has to grant access to an installer before they can log on and start Installer Mode to make changes to the system. This will prevent unauthorised changes to the system once it has been set up and approved. The customer can use the keypad to allow and block access for the installer. l Fully explain the operation of the system to the customer by going over each of its functions, as well as the User Guide supplied. Explain the operation of each zone (entry/exit, perimeter, interior, fire, etc.). Be sure the customer understands how to operate any emergency feature(s) programmed into the system. 800-23044 Rev. A draft_11 145 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 10.3 Contacting Technical Support PLEASE, before you call Technical Support, be sure you:

l Read the instructions!

l Check all wiring connections. l Determine that the power supply and/or backup battery are supplying l Verify your programming information where applicable. l Verify that all keypads and devices are registered properly in MAXPRO proper voltages. Cloud. l Note the proper model number of the devices, and the firmware version (if known) along with any documentation that came with the product. l If you receive a warning or error message, note down the exact message text. l Note your Honeywell customer number and/or company name. Having this information handy will make it easier for us to serve you quickly and effectively. 146 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 11 Events 11.1 Event Notification Priority Normally, the system sends all events to the CMS in chronological order. If multiple events occur simultaneously, the system prioritises the event transfer as follows:

2. Duress (panic/hold-up) 1. Fire 3. Silent PA 4. PA 5. 24hour 6. Burglar 7. Other alarms 8. All others 9. Audio alarms. Special case: AC power fail event In case of an ACpower fail event, the panel immediately logs the event and reports it to MAXPRO Cloud. However, the system will not immediately send the event to the CMS. Instead, it is delayed by a random time between 40 and 50minutes. This prevents nuisance alarms for short AC power interruptions, and prevents that the CMS is flooded with such alarms in case of a general power outage in a region. 11.2 Indications The system provides general indications when permitted as the events occur. It displays the indications that you access on a keypad (by viewing alerts) in the following order, and then ordered by time of occurrence:

l Fire l Duress (panic/hold-up) l Burglar l Trouble l Other alarms 800-23044 Rev. A draft_11 147 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 11.3 Event Reporting per Area If the system only has one area, then all events are reported and logged on Area1, the system area. In a system with multiple areas, event reporting is as follows:

l All system events are reported on Area1, the system area. System events are: communication with peripherals, battery status, tampers l All events regarding access control on the DCM are reported on the area that is associated with the DCM. A few examples:

l A battery low event on a Remote Power Supply will report to Area1 (battery l A tamper event on a Door Control Module will report to Area1 (tamper =

low = system event). system event). l A door status event on a Door Control Module will report on the DCM's area. 11.4 MPI Events and Contact ID Codes 11.4.1 Events List MPI Event Medical Alarm Fire Alarm Panic Alarm duress PIN entered 24 Hour silent holdup alarm alarm intruder - not used?

alarm perimeter alarm interior alarm 24 hour alarm entry exit alarm day/night alarm outdoor open circuit trouble interconnection trouble CID #

1100 1110 1120 1121 1122 1130 1131 1132 1133 1134 1135 1136 1137 1137 148 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide MPI Event Input device consant voltageTamper open circuit trouble Tamper Intrusion Verifier aux bell tamper General alarm AC Loss exp mod tamper caused by mod missing Equipment fail (aasuming non-burglary) Fuse Failure detected fuse reset failed for mains High voltage condition detected Low voltage condition detected AC Loss AC Power disabled Battery Failure detected Low battery Fuse for Battery Failure detected Battery Module disabled Bell/Sounder Trouble Bell/Sounder Trouble conflict with 321 expansion module tamper module missing wall tamper General alarm restore 24 Hour trouble 24 Hour trouble Cell (RF Jam) 24 Hour trouble(Lan Fault) Comm Path Supervision Fault Fire Trouble Cross zoneTrouble CID #

1137 1137 1137 1139 1143 1143 1150 1150 1301 1301 1301 1301 1301 1301 1301 1302 1302 1302 1302 1321 1321 1341 1341 1341 1350 1354 1354 1354 1358 1373 1378 800-23044 Rev. A draft_11 149 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series MPI Event Sensor Trouble open circuit trouble Sensor Tamper bell aux tamper Input device consant voltageTamper Smoke Detector High Sensitivity Smoke Detector Low Sensitivity Partition unset event burglary cancel Remote Disarm Door Forced open restore Early Armed Late Disarmed Exit error recent close Zone Bypassed Fire Zone Bypassed Panic Zone Bypassed Burglary bypass Burglary Zone Bypassed Burglary walk test started panel program entry panel program exit fire silence CO silence Medical Alarm Restored Fire Alarm Restored Panic Alarm Restored 24 Hour silent holdup alarm restore Failed to Arm/close the system with in Access Window lockout -multiple attemptfailure tamper CID #

1380 1383 1383 1383 1383 1385 1386 1401 1406 1407 1421 1451 1452 1453 1457 1459 1461 1570 1571 1572 1573 1573 1607 1627 1628 1912 1912 3100 3110 3120 3122 150 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide MPI Event alarm restore event alarm perimeter alarm interior restore alarm 24 hour restore alarm entry exit restore alarm day/night restore alarm outdoor restore open circuit trouble restore interconnection trouble restore constant voltage trouble restore open circuit trouble restore short circuit trouble restore Tamper restore Fire Verifier AC Restoral Fuse Restoral AC Restoral AC power enabled aux rail fuse reset success for mains Battery Failure restored Fuse for Battery Failure restored Battery module enabled Battery Failure restored Battery charger restored Bell/Sounder Trouble Restore modules missing restore exp mod tamper caused by mod missing restore aux bell tamper restore Equipment fail restore (assuming non-burglary) Carbon Monoxide Detector Restored CID #

3130 3131 3132 3133 3134 3135 3136 3137 3137 3137 3137 3137 3137 3143 3143 3150 3162 3200 3301 3301 3301 3301 3301 3301 3302 3302 3302 3302 3302 3321 3341 800-23044 Rev. A draft_11 151 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series MPI Event wall tamper restore expansion module tamper restore 24 Hour restore 24 Hour restore Cell(RF Jam) 24 Hour restore(Lan Fault) Comm Path Supervision Restore Fire Trouble Restored Cross zoneTrouble Restore Sensor Trouble Restore open circuit trouble restore Sensor Tamper Restore bell aux tamper restore open circuit trouble restore constant voltage trouble restore short circuit trouble restore Partition Partset instant event Partition Full event Auto Armed Alarm cancel event arm instant Early Armed Late Armed Rearm after alarm Zone Unbypassed Fire Zone Unbypassed Panic Zone Unbypassed Unbypass Panic Burglary walk test end Smoke Detector High Sensitivity Restored Smoke Detector Low Sensitivity Restored Burglary Zone detected fault during walk test Burglary Zone restored during walk test CID #

3341 3341 3354 3354 3354 3358 3373 3378 3380 3383 3383 3383 3383 3383 3383 3385 3386 3401 3403 3406 3441 3441 3451 3452 3463 3570 3571 3572 3573 3607 3613 3613 152 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 11.4.2 Zone Identifiers The system will send either a user identifier or a zone identifier together with the event code. The zone identifiers are defined as follows:

Event Event related to IB2 peripherals Event related to reader zones Primary path supervision fault Primary path supervision fault restore Secondary path supervision fault Secondary path supervision fault restore ATS fault ATS fault restore Event reporting failure Event reporting failure restore 11.5 MPI Events and SIA Codes fuse reset success for mains MPI Event AC Restoral Fuse Restoral AC Restoral AC power enabled aux rail AC Loss Fuse Failure detected fuse reset failed for mains High voltage condition detected Low voltage condition detected AC Loss AC Power disabled Zone ID 8xx range1 7xx range2 951 951 952 952 950 950 960 960 SIA Code AR AR AR AR AR AR AT AT AT AT AT AT AT 1 Range xx is the IB2 peripheral identifier (0192). 2 Range xx is the reader identifier. 800-23044 Rev. A draft_11 153 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series SIA Code MPI Event alarm audible alarm intruder - not used?

alarm perimeter alarm interior alarm 24 hour alarm entry exit alarm day/night alarm outdoor alarm polling loop alarm exit error Burglary bypass burglary cancel Cross zoneTrouble Cross zoneTrouble Restore Sensor Trouble Restore cross zonealarm alarm audible restore alarm restore event alarm perimeter alarm interior restore alarm 24 hour restore alarm entry exit restore alarm day/night restore alarm outdoor restore alarm polling loop restore Sensor Trouble Burg Bypass restore Intrusion Verifier BA BA BA BA BA BA BA BA BA BA BB BC BG BJ BJ BM BR BR BR BR BR BR BR BR BR BT BU BV BX BX CA Burglary Zone detected fault during walk test Burglary Zone restored during walk test Auto Armed 154 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide SIA Code Failed to Arm/close the system with in Access Window Partition Partset instant event MPI Event arm instant Late Armed Early Armed Partition Full event Rearm after alarm Remote Arm recent close Door Forced open lockout -multiple attemptfailure tamper Door Forced open restore Door Propped open restore Door Propped open Exit alarm Exit error Fire Alarm Pull Station Activated Carbon Monoxide Detected Fire Zone Bypassed fire silence CO silence Fire Trouble Restored Smoke Detector High Sensitivity Restored Smoke Detector Low Sensitivity Restored Pull Station Restored Fire Alarm Restored Carbon Monoxide Detector Restored Fire Trouble Smoke Detector High Sensitivity Smoke Detector Low Sensitivity CG CG CJ CK CL CP CQ CR CT DF DK DR DR DT EA EE FA FA FA FB FC FC FJ FJ FJ FR FR FR FT FT FT 800-23044 Rev. A draft_11 155 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series SIA Code Equipment fail (aasuming non-burglary) Equipment fail restore (assuming non-burglary) MPI Event Fire Zone Unbypassed Fire Verifier duress PIN entered 24 Hour silent holdup alarm Burglary Zone Bypassed Sensor Trouble Restore 24 Hour silent holdup alarm restore Sensor Trouble Unbypass Panic Panic Verify 24 Hour restore 24 Hour trouble Medical Alarm Zone Bypassed Sensor Trouble Restore Medical Alarm Restored Sensor Trouble Zone Unbypassed 24 Hour restore Cell(RF Jam) 24 Hour restore(Lan Fault) 24 Hour trouble Cell (RF Jam) 24 Hour trouble(Lan Fault) Auto Disarmed Untyped alarm is silenced Panic alarm is silenced tamper alarm is silenced panic alarm is silenced at area level by user Late Disarmed Early Armed FU FV HA HA HB HJ HR HT HU HV IA IR LR LT MA MB MJ MR MT MU NR NR NT NT OA OC OC OC OC OJ OK 156 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide SIA Code MPI Event Partition unset event Remote Disarm Alarm cancel event Panic Alarm Panic Zone Bypassed Sensor Trouble Restore Panic Alarm Restored Sensor Trouble Panic Zone Unbypassed panel program entry panel program exit Automated Test/outbound connection is established Manual Test/outbound connection is established open circuit trouble interconnection trouble Input device consant voltageTamper open circuit trouble Tamper exp mod tamper caused by mod missing aux bell tamper expansion module tamper open circuit trouble Input device consant voltageTamper open circuit trouble Zone Bypassed Burglary walk test end open circuit trouble modules missing restore wall tamper restore Sensor Tamper Restore bell aux tamper restore OP OQ OR PA PB PJ PR PT PU RB RP RS RX TA TA TA TA TA TA TA TA TA TA TA TB TE TJ TJ TJ TJ TJ 800-23044 Rev. A draft_11 157 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series SIA Code exp mod tamper caused by mod missing restore MPI Event open circuit trouble restore interconnection trouble restore constant voltage trouble restore open circuit trouble restore short circuit trouble restore Tamper restore aux bell tamper restore expansion module tamper restore open circuit trouble restore constant voltage trouble restore short circuit trouble restore Burglary walk test started module missing wall tamper Sensor Tamper bell aux tamper open circuit trouble restore Zone Unbypassed General alarm Zone Bypassed Sensor Trouble Restore General alarm restore Sensor Trouble Zone Unbypassed Bell/Sounder Trouble Bell/Sounder Trouble conflict with 321 Comm Path Supervision Fault Bell/Sounder Trouble Restore Comm Path Supervision Restore AC Loss on peripheral TR TR TR TR TR TR TR TR TR TR TR TR TS TT TT TT TT TT TU UA UB UJ UR UT UU YA YA YC YH YK YP 158 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide MPI Event AC Loss on Peripheral Restoral AC Loss on Peripheral Restoral Battery Failure restored Fuse for Battery Failure restored Battery module enabled Battery Failure restored Battery charger restored Battery Failure detected Low battery Battery Module disabled Low System Battery Battery charger Failed Battery is discharging Fuse for Battery Failure detected SIA Code YQ YQ YR YR YR YR YR YT YT YT YT YT YT YT 800-23044 Rev. A draft_11 159 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 12 Specifications 12.1 MPI Control Panel MPIP2000 Series (MPIP2100U), MPIP3000 Series (MPIP3000U) Intended for mounting in an MPI Cabinet. 12.1.1 Specifications Board power Input voltage Current consumption, typical1 MPIP2000U series: 205mA 14VDC nominal (13.614.5VDC) Current consumption, max.2 MPIP2000U series: 290mA MPIP3000U series: 250mA MPIP3000U series: 380mA Backup battery Up to 2x 12VDC sealed lead acid (SLA) battery Recommended batteries Yuasa NP7-12 (7Ah) / Yuasa NP18-12B (18Ah) For permitted combinations, see specification for the cabinet:

MPI Cabinet on page162. System has protection for charging and reverse polarity connection. Battery protection Battery low voltage3 Battery cut-off voltage4 Minimum supported battery voltage5 Zones (inputs) (x 10) Voltage Resistance tolerance 11.2VDC 10.2VDC 9.5VDC 3.3VDC 1% max. 1 Typical current consumption is for the panel circuit board only and does not include any current drawn from the auxiliary outputs. 2 Max. current consumption is for the panel circuit board only and does not include any current drawn from the auxiliary outputs. 3 The voltage at which the system will issue the low battery warning. 4 The voltage at which the system will disconnect the backup batteries from the circuit. 5 The voltage at which the system will treat the battery as if it is not there and will not recharge it. 160 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Auxiliary outputs Power rating 13.8VDC nominal (10.214.4VDC) In the event of a failure, overvoltage protection will operate at 16.5VDC. AUX1 (AUX1, IB2 bus1) MPIP2000U series: 1.5A max. / MPIP3000U series: 1.1A max. AUX2 (AUX2, IB2 bus2) MPIP2000U series: not fitted / MPIP3000U series: 1.1A max. AUX3 (AUX3, LTE module) MPIP2000U series: 1.1A max. / MPIP3000U series: 1.1A max. Total current available for AUXoutputs The combined load from all auxiliary outputs and devices depends on panel model and battery capacity, and must not exceed the maximums as given in the table in Current Ratings on page162. Auxiliary low power output fault 10.0VDC Auxiliary high power output fault 14.5VDC Circuit protection All circuits are power limited using PTCs. Low-voltage trigger outputs (x 4) 50mA (switch to ground), max. 13.8VDC Voltage free; contact rating 28VDC, 2.8A max.; resistive loads 12VDC nominal (10.214.4VDC); 1.8A max. (each) Per output Relay outputs Relay1 Relay2 (where fitted) Bell outputs Bell1 Bell2 (where fitted) Communication On-board Ethernet EN50136-1 SP5 EN50136-1 DP4 With optional LTE module MPIPCLTEU/MPIPCLTEC Encryption TLS V1.2BC Communication method Pass-through (Ref. EN50136-2 Section 6.1.3) IP alarm receiver for AlarmNet MAXPRO Receiver Software or other receiver compatible with Honeywell ISOM protocol. (Note: Use IP receivers only; dial-up receivers are not suitable.) Environmental Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing 800-23044 Rev. A draft_11 161 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Physical Dimensions (WxDxH) Including cabinet: 14in x 16in x 4.3in Without cabinet: 11in x 5.7in x 1.65in (including mounting bracket) As shipped: 14in x 7.68in x 3.07in Weight MPIP2000U series: 1.11lb; MPIP3000U series: 1.18lb As shipped: MPIP2000U series: 1.84lb; MPIP3000U series:

1.90lb 12.1.2 Current Ratings The table below lists the advised loads to meet regulations based on using a battery at 100% capacity and allowing for activation of a sounder as per the regulation. Loads need to be adjusted if the battery is at less than 100%. There is no restriction other than the permitted load on capacity of battery used. For the purposes of calculation, an allowance of 400mA to activate the sounder has been included, but not the standby current of the sounder. When calculating the total load, remember to include the standby current of the sounder. Battery Capacity 7 Ah 14 Ah 17/18 Ah 36 Ah UL365/609 Merc; recharge 24h 1460mA 2100mA 2000mA 1250mA UL BSV/609 Bank; recharge 72h 270mA Note For 36Ah battery capacity, you need to install 2x18Ah batteries. You will need a second tamper-protected cabinet to house the second battery. You connect the second battery to the Battery2 terminals on the control panel in the first cabinet. 12.2 MPI Cabinet MPIBXM35P Electrical Input voltage (AC power supply) 110230VAC; 5060Hz DC output Ripple (max.) 13.8VDC 1%

120mVp-p 162 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Recommended batteries Yuasa NP7-12 (7Ah); up to2, or Yuasa NP18-12B (18Ah) x1 Dimensions (HxWxD) 16in x 14in x 4.3in As shipped: 17.12in x 14.76in x 4.53in Physical Mounting holes Weight 11.25lb approx. (includes AC power adapter) As shipped: 11.90lb approx. Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing Ingress and impact protection IP42; IK06 The installation must be in accordance with local regulations. The AC power adapter does not contain any user serviceable components. No further calibration checks or adjustments are required. 12.3 MPI Remote Power Supply MPIPSU35 Intended for mounting in an MPI Cabinet. 12.3.1 Specifications Board power Input voltage Idle current1 Max. current2 14VDC nominal (13.614.5VDC) 35mA 35mA Backup battery Up to 2x 12VDC sealed lead acid (SLA) battery 1 Idle current consumption is for the RPS circuit board only and does not include any current drawn from the auxiliary outputs. 2 Maximum current consumption is for the RPS circuit board only and does not include any current drawn from the auxiliary outputs. 800-23044 Rev. A draft_11 163 0.25 in0.83 in0.47 in0.47 in0.25 in Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Recommended batteries Yuasa NP7-12 (7AAh) / Yuasa NP18-12B (18Ah) For permitted combinations, see specification for the cabinet: MPI Cabinet on page162. Battery protection System has protection for charging and reverse polarity connection. Battery low voltage1 Battery cut-off voltage2 Minimum supported battery voltage3 Auxiliary outputs 11.2VDC 10.2VDC 9.5VDC AUX1,AUX2 13.8VDC nominal (10.214.4VDC) In the event of a failure, overvoltage protection will operate at 16.5VDC. 1.5A max. per auxiliary output Total current available for AUXoutputs The combined load from all auxiliary outputs and devices depends on battery capacity, and must not exceed the maximums as given in the table in Current Ratings on page165. AUX low power output fault 10.0VDC AUX high power output fault 14.5VDC Circuit protection All circuits are power limited using PTCs. Low-voltage trigger outputs (x 4) Triggers 13, per output 75mA (switch to ground), max. 13.8VDC 250mA (switch to ground), max. 13.8VDC Trigger4 Environmental Humidity Physical Operating temperature 14122F / Indoor use only Max. 93% RH non-condensing Dimensions (WxDxH) 6.18in x 5in x 1.65in As shipped: 9.25in x 6.4in x 2.95in Weight 0.55lb As shipped: 0.97lb 1 The voltage at which the system will issue the low battery warning. 2 The voltage at which the system will disconnect the backup batteries from the circuit. 3 The voltage at which the system will treat the battery as if it is not there and will not recharge it. 164 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 12.3.2 Current Ratings The table below lists the advised loads to meet regulations based on using a battery at 100% capacity and allowing for activation of a sounder as per the regulation. Loads need to be adjusted if the battery is at less than 100%. There is no restriction other than the permitted load on capacity of battery used. For the purposes of calculation, an allowance of 400mA to activate the sounder has been included, but not the standby current of the sounder. When calculating the total load, remember to include the standby current of the sounder. Battery Capacity 7 Ah 14 Ah 17/18 Ah 36 Ah UL365/609 Merc; recharge 24h 1680mA 2330mA 2180mA 1430mA UL BSV/609 Bank; recharge 72h 150mA 200mA 460mA Note For 36Ah battery capacity, you need to install 2x18Ah batteries. You will need a second tamper-protected cabinet to house the second battery. You connect the second battery to the Battery2 terminals on the control panel in the first cabinet. 12.4 MPI Keypad Keypads MPIKTSMF, MPIKTSPRX Electrical Input voltage Current, idle Current, max. (display and buzzer on) Sounder Card support 13.8VDC nominal (1014.5VDC) MPIKTSMF: 100mA / MPIKTSPRX: 75mA MPIKTSMF: 130mA / MPIKTSPRX: 110mA Full Power, -3dB, -6dB, and -9dB (85dB at 4in) MPIKTSMF card types MIFARE (Classic 32-bit); reading CSN only EM4102 ASK 125kHz; up to 40bits MPIKTSPRX card types EM4102 ASK 125kHz; up to 40bits Environmental Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing 800-23044 Rev. A draft_11 165 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Ingress and impact protection Physical IP42; IK06 Dimensions (WxHxD) 3.33in x 5.55in x 1.58in As shipped: 3.66in x 6.57in x 1.96in 5.96oz As shipped: 8.60oz MPIKW1: MAXPRO Intrusion Keypad Wall Mounting Plate Weight Options FCC Information Model: MPIKTSMF Model: MPIKTSPRX FCC ID: PV3MPIKTSMF FCC ID: PV3MPIKTSPRX IC: 12252A-MPIKTSMF IC: 12252A-MPIKTSPRX FCC Compliance Statement Caution: Changes or modifications not expressly approved could void your authority to use this equipment. This device complies with Part15 of the FCC Rules. Operation to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. ISED Statement This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Le prsent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorise aux deux conditions suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible d'en compromettre le fonctionnement. Option: Keypad Wall Mounting Plate MPIKW1 Dimensions (WxDxH) 7.00in x 6.93in x 0.20in As shipped: 7.00in x 7.00in x 1.37in Weight 1.66oz As shipped: 3.17oz 166 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 12.5 MPI Door Control Module MPIDC1 Board power Input voltage Current, idle Current, max. Access control Reader power Wiegand data Card types 13.8VDC nominal (1014.5VDC) 60mA 185mA (relays active) 13.7VDC; 1A 5VDC Wiegand:

l HID cards: 26, 32, 34, 35, and 48bit l MIFARE cards: Classic 32 bit and DESFire 56 bit; reading CSN only l EM4102 ASK 125kHz; up to 40bits. Note: card type is set on site level (all DCMs in the site). 1230VDC; 3A max.; dedicated for door lock (magnetic lock or door strike). Current-limited to 1.5A with 12VDC on NC/NO pin. Relays Door Strike/Lock Trigger outputs (x 4) Zones (inputs) LEDR, LEDY, LEDG, BUZZ 50mA each (switch to ground) RTE (request to exit) Default 2K End of Line Resistor DSM (door status monitor) Default 2K End of Line Resistor Environmental Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing Ingress and impact protection Physical IP42; IK06 Dimensions (WxDxH) With enclosure: 7.08in x 5.5in x 1.5in Without enclosure: 5.12in x 3.38in x 1.02in As shipped: 8.46in x 5.90in x 1.77in 800-23044 Rev. A draft_11 167 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 13.8VDC nominal (1014.5VDC) 15mA 185mA (relays active) Contact rating 28VDC; max. 2.8A (resistive load) max. per relay Weight With enclosure: 0.78lb Without enclosure: 0.26lb As shipped: 1.0lb 12.6 MPI Relay Module MPIEOP4 Board power Input voltage Current, idle Current, max. Relays (x4) Environmental Weight MPIEIO84U Board power Input voltage Current, idle Current, max. Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing Ingress and impact protection Physical IP42; IK06 Dimensions (WxHxD) With enclosure: 5.75in x 5.75in x 1.34in As shipped: 6.89in x 6.1in x 1.57in With enclosure: 0.56lb As shipped: 0.73lb 12.7 MPI Zone Expander 13.8VDC nominal (1014.5VDC) 35mA 60mA (all zones active) Zones (inputs) (x 8) Voltage Resistance tolerance 3.3VDC 1% max. 168 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Trigger outputs (x 4) Per output Environmental 180mA (switch to ground), max. 13.8VDC Operating temperature 14122F / Indoor use only Humidity Max. 93% RH non-condensing Ingress and impact protection Physical IP42; IK06 Dimensions (WxHxD) With enclosure: 5.75in x 5.75in x 3.4in Weight As shipped: 6.89in x 6.1in x 1.57in With enclosure: 0.58lb As shipped: 0.75lb 12.8 MPI LTE Module MPICLTEU (US), MPICLTEC (Canada) Intended for mounting in an MPI Cabinet. LTE module Input voltage Current, idle 14VDC nominal (13.8514.5VDC) 45mA Current, max. (transmitting) 240mA Frequency bands LTE Category1 and 3G UMTS LTE: Bands: 2, 4, 5, 12 3G UMTS Bands: 5, 4, 2 SIM Card 2FF mini-SIM For connection with AlarmNet: pre-activated SIM card included. Wideband, Dipole 4G LTE 698960MHz, 1575.42MHz, 17102700MHz Antennas (x 2) Type Frequencies Polarization Peak gain VSWR Impedance Linear 3dBi

<2:1 50Ohms Connector type SMA-M, Hinged 800-23044 Rev. A draft_11 169 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Environmental Operating temperature 14122F / Indoor use only Max. 93% RH non-condensing Dimensions (WxHxD) LTE module: 4.0in x 4.8in x 1.0in Each antenna: 6.63in x 1.93in As shipped: 9.65 in 6.5in x 3.15in LTE module: 3.42oz As shipped: 13.86oz Each antenna: 1.6oz Humidity Physical Weight Compliance This device complies with Part 15 of the FCC Rules, and Industry Canadas license-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. Cet appareil est conforme la partie 15 des rgles de la FCC et exempt de licence RSS dIndustrie Canada. Son fonctionnement est soumis aux conditions suivantes : (1) Cet appareil ne doit pas causer d'interfrences nuisibles. (2) Cet appareil doit accepter toute interfrence reue y compris les interfrences causant une rception indsirable. This radio transmitter (MPICLTEU, MPICLTEC) has been approved by Industry Canada to operate with the antenna types listed below with the maximum permissible gain and required antenna impedance for each antenna type indicated. Antenna types not included in this list, having a gain greater than the maximum gain indicated for that type, are strictly prohibited for use with this device. Le prsent metteur radio (MPICLTEU, MPICLTEC) a t approuv par Industrie Canada pour fonctionner avec les types d'antenne numrs ci-

dessous et ayant un gain admissible maximal et l'impdance requise pour chaque type d'antenne. Les types d'antenne non inclus dans cette liste, ou dont le gain est suprieur au gain maximal indiqu, sont strictement interdits pour l'exploitation de l'metteur. Wideband, Dipole 4G LTE; gain 3dBi; impedance 50Ohms. 170 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 12.9 Cable Type Requirements Function Signal(s) Type Max. Length AC power 110/230VAC As per local laws and regulations Zone Sensor contact input Twisted pair or better (core min. 0.182mm / 24AWG) 100m / 328ft Inter unit wiring IB2 l 4-core alarm cable

(22/4 STR CM/CL2);

100ohms/km max. l CAT5E UTP 24 AWG. 3.65km / 12,000ft

(see also note below) Interior /

Exterior Interior Interior Interior V-Plex See Limitations of V-Plex Cable Runs on page103. Interior Ethernet Aerial extension leads External siren (SAB) 4G LTE CAT5E shielded 50 ohm low-loss SMA M to F coaxial Power, trigger, tamper, and fault As per manufacturer's recommendation 100m / 328ft As per cable manufacturer's recommendation Interior Interior 100m / 328ft Interior Bell Bell1/Bell2 100m / 328ft Interior As per manufacturer's recommendation Caution!

IB2 bus wiring: Use of other types of cables than those listed are at the installer's risk. 800-23044 Rev. A draft_11 171 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 13 Glossary ARC ATP ATS CMS CSN DCM Entry delay Alarm Receiving Centre Alarm Transmission Path Alarm Transmission System Central Monitoring Station Card Serial Number Door Control Module Entry delay defines the delay time that allows users to enter the premises through a door that has been programmed as an entry delay door and disarm the system without setting off an alarm. The system must be disarmed within this period or an alarm will occur. EOLR End of Line Resistor Exit delay Exit delay defines the delay time that allows users to leave the premises through a door that has been programmed as an entry/exit delay door after arming the system without setting off an alarm. The user must leave within this period or an alarm will occur. MPC MPI RPS PTC MAXPRO Cloud MAXPRO Intrusion Remote Power Supply Positive Temperature Coefficient. PTC thermistors protect against over-current. VSWR Voltage Standing Wave Ratio 172 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 14 Limitations of the Alarm System WARNING!

THE LIMITATIONS OF THIS ALARM SYSTEM While this System is an advanced wireless security system, it does not offer guaranteed protection against burglary, fire or other emergency. Any alarm system, whether commercial or residential, is subject to compromise or failure to warn for a variety of reasons. For example:

l l Intruders may gain access through unprotected openings or have the technical sophistication to bypass an alarm sensor or disconnect an alarm warning device. Intrusion detectors (e.g., passive infrared detectors), smoke detectors, and many other sensing devices will not work without power. Battery-operated devices will not work without batteries, with dead batteries, or if the batteries are not put in properly. Devices powered solely by AC will not work if their AC power supply is cut off for any reason, however briefly. l Signals sent by wireless transmitters may be blocked or reflected by metal before they reach the alarm receiver. Even if the signal path has been recently checked during a weekly test, blockage can occur if a metal object is moved into the path. l A user may not be able to reach a panic or emergency button quickly enough. l While smoke detectors have played a key role in reducing residential fire deaths in the United States, they may not activate or provide early warning for a variety of reasons in as many as 35% of all fires, according to data published by the Federal Emergency Management Agency. Some of the reasons smoke detectors used in conjunction with this System may not work are as follows. Smoke detectors may have been improperly installed and positioned. Smoke detectors may not sense fires that start where smoke cannot reach the detectors, such as in chimneys, in walls, or roofs, or on the other side of closed doors. Smoke detectors also may not sense a fire on another level of a residence or building. A second floor detector, for example, may not sense a first floor or basement fire. Finally, smoke detectors have sensing limitations. No smoke detector can sense every kind of fire every time. In general, detectors may not always warn about fires caused by carelessness and safety hazards like smoking in bed, violent explosions, escaping gas, improper storage of flammable materials, overloaded electrical circuits, children playing with matches, or arson. Depending on the nature of the fire and/or location of the smoke detectors, the detector, even if it operates as anticipated, may not provide sufficient warning to allow all occupants to escape in time to prevent injury or death. l Passive Infrared Motion Detectors can only detect intrusion within the designed ranges as diagrammed in their installation manual. Passive 800-23044 Rev. A draft_11 173 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Infrared Detectors do not provide volumetric area protection. They do create multiple beams of protection, and intrusion can only be detected in unobstructed areas covered by those beams. They cannot detect motion or intrusion that takes place behind walls, ceilings, floors, closed doors, glass partitions, glass doors, or windows. Mechanical tampering, masking, painting or spraying of any material on the mirrors, windows or any part of the optical system can reduce their detection ability. Passive Infrared Detectors sense changes in temperature; however, as the ambient temperature of the protected area approaches the temperature range of 90 to 105F (32 to 40C), the detection performance can decrease. l Alarm warning devices such as sirens, bells or horns may not alert people or wake up sleepers if they are located on the other side of closed or partly open doors. If warning devices are located on a different level of the residence from the bedrooms, then they are less likely to waken or alert people inside the bedrooms. Even persons who are awake may not hear the warning if the alarm is muffled by noise from a stereo, radio, air conditioner or other appliance, or by passing traffic. Finally, alarm-warning devices, however loud, may not warn hearing-impaired people. l Telephone lines needed to transmit alarm signals from a premise to a central monitoring station may be out of service or temporarily out of service. Telephone lines are also subject to compromise by sophisticated intruders. l Even if the system responds to the emergency as intended, however, occupants may have insufficient time to protect themselves from the emergency situation. In the case of a monitored alarm system, authorities may not respond appropriately. l This equipment, like other electrical devices, is subject to component failure. Even though this equipment is designed to last as long as 20 years, the electronic components could fail at any time. The most common cause of an alarm system not functioning when an intrusion or fire occurs is inadequate maintenance. This alarm system should be tested weekly to make sure all sensors and transmitters are working properly. The security keypad (and remote keypad) should be tested as well. Wireless transmitters (used in some systems) are designed to provide long battery life under normal operating conditions. Longevity of batteries may be as much as 4 to 7 years, depending on the environment, usage, and the specific wireless device being used. External factors such as humidity, high or low temperatures, as well as large swings in temperature, may all reduce the actual battery life in a given installation. This wireless system, however, can identify a true low battery situation, thus allowing time to arrange a change of battery to maintain protection for that given point within the system. Installing an alarm system may make the owner eligible for a lower insurance rate, but an alarm system is not a substitute for insurance. Homeowners, property owners and renters should continue to act prudently in protecting 174 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide themselves and continue to insure their lives and property. We continue to develop new and improved protection devices. Users of alarm systems owe it to themselves and their loved ones to learn about these developments. 800-23044 Rev. A draft_11 175 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 15 Compliance and Approvals 15.1 Listings and Certifications 15.1.1 US Listings l UL294, Access Control Systems l UL365, Police Station Connected Burglar Alarm Units and Systems l UL609, Local Burglar Alarm Units and Systems l UL636, Holdup Alarm Units and Systems l UL985, Household Fire Warning System Units l UL1023, Household Burglar-Alarm System Units l UL1076, Proprietary Burglar Alarm Units and Systems l UL1610, Central-Station-Burglar-Alarm Units 15.1.2 Canadian Listings l CAN/ULC-S303, Local Burglar Alarm Units and Systems l CAN/ULC-S304 Signal Receiving Centre and Premise Burglar Alarm Control Units l CAN/ULC-S319, Electronic Access Control Systems l CAN/ULC-S545, Residential Fire Warning System Control Units 15.1.3 SIA Certification l ANSI/SIA CP-01-2014, Control Panels, SIA False Alarm Reduction. 15.2 Agency Statements 15.2.1 UL Installation Requirements The following requirements apply to both UL Residential and UL Commercial Burglary installations:

l All areas must be owned and managed by the same person(s). l All areas must be part of one building at one street address. l The audible alarm device(s) must be placed where it/they can be heard by all areas. l The control panels cabinet must be protected from unauthorized access. This can be done by using the tamper switch on the cabinet door or by 176 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide installing a UL Listed passive infrared (PIR) detector positioned to detect cabinet access. Wire the selected PIR detector to any EOLR-supervised zone (Zone 110). Program this zone for Trouble by Day/Alarm by Night or 24-Hour Audible Burglary response. The 24-hour alarm response must be used for multiple-area systems. l You must run all cabling to the control panel and the remote power supply in conduit. 15.2.2 UL294 Access Control Systems If you are using a DCM for access control, then all readers that you use with the DCM:

l must be UL listed l must have both an off-wall and a cover tamper switch. Install the DCM itself inside of the protected area. 15.2.3 UL609 Local Mercantile Premises Use the following guidelines for a Local Mercantile Premises installation:

l All zones must be configured for EOLR supervision. Wireless sensors may l Use the door tamper switch supplied with the control panel cabinet. l Wire a bell such as the AB12M Bell/Box to the bell output. Bell wires must be not be used. run in conduit. l Entry delays must not exceed 45 seconds, and exit delays must not exceed 60 seconds. You can specify the entry and exit delays per area. The default entry delay is 30seconds; the default exit delay is 45seconds. 15.2.4 UL365 Police Station Connected Burglar Alarm Follow the instructions for UL609 local installations given above. For Systems with Line Security:

Use Ethernet as a primary connection. 15.2.5 UL611/UL1610 Central Station Burglary Alarm Follow the instructions for UL609 Local installations given above. For Systems with Line Security:

Use Ethernet as a primary connection. 800-23044 Rev. A draft_11 177 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 15.2.6 UL985 Household Fire Warning System Units You must connect devices used for fire alarms using separate cabling. This implies:

l When using the zones on the control panel: wire the fire devices to separate zones with separate cabling. l When using the supervised bell outputs: wire the bells separately. l When using the expansion buses (IB2 and V-Plex): wire the fire devices to a separate bus. For example:

o On the MPIP2000 Series, you can install all fire devices on the V-Plex bus, and all other devices on the IB2 bus, or vice versa. o The MPIP3000 Series panels support twoIB2 buses and two V-Plex loops, offering you more options: you can, for example, install all fire devices on IB2 bus1 and all other devices on IB2 bus2. When using V-Plex fire devices, you can install them all on V-Plex1 and use the other buses (V-Plex2 and the two IB2 buses) for the non-fire devices. 15.2.7 UL1023 Household Burglar-Alarm System Units l Entry delays must not exceed 15 seconds, and exit delays must not exceed 120 seconds. You can specify the entry and exit delays per area. The default entry delay is 30seconds: you must change it for UL1023 compliance. The default exit delay is 45seconds. l Wiring and connections shall be made in accordance with CAN/ULC-S302. l Automatic arming and remote arming are not allowed. 15.2.8 CAN/ULC-S303, Local Burglar Alarm Units and Systems l Entry delays must not exceed 60 seconds. You can specify the entry delays per area. The default entry delay is 30seconds. 15.2.9 CAN/ULC-S304 Signal Receiving Centre and Premise Burglar Alarm Control Units l For central station communications, only use the Honeywell cellular module (LTEmodule) and on-board Ethernet communication channels linked to AlarmNet to ensure communication security. It is recommended to obtain assurances from your internet service provider that they employ Uninterrupted Power Supplies with 24hour standby capability to support their network. If this is not possible then you must use the MPI cellular module as a backup communication path for Ethernet. l Wiring and connections shall be made in accordance with CAN/ULC-S302. 178 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Area Settings When automatically arming/disarming an area (using an auto arming schedule or a rule), the system can provide a notification in advance that the area is about to arm. The keypads that have the area set as home area will start beeping, allowing the users to leave the area before it is armed, and preventing false alarms. You can set the time of notification using the Prewarning Period (in Mins) setting for the area. This defines how many minutes before arming the keypads will start to beep. For CAN/ULC-S304 compliance, the setting must be10minutes or more. If you set Prewarning Period (in Mins) to0, the area will arm without any advance warning. The default setting is 10minutes. 15.2.10 CAN/ULC-S545 Residential Fire Warning System Control Units You must connect devices used for fire alarms using separate cabling. This implies:

l When using the zones on the control panel: wire the fire devices to separate zones with separate cabling. l When using the supervised bell outputs: wire the bells separately. l When using the expansion buses (IB2 and V-Plex): wire the fire devices to a separate bus. For example:

o On the MPIP2000 Series, you can install all fire devices on the V-Plex bus, and all other devices on the IB2 bus, or vice versa. o The MPIP3000 Series panels support twoIB2 buses and two V-Plex loops, offering you more options: you can, for example, install all fire devices on IB2 bus1 and all other devices on IB2 bus2. When using V-Plex fire devices, you can install them all on V-Plex1 and use the other buses (V-Plex2 and the two IB2 buses) for the non-fire devices. 15.2.11 ANSI/SIA CP-01 False Alarm Reduction Requirements 15.2.11.1 Control Panel Settings UL compliance. SIA compliance. l Set Exit Error Logic in the control panel settings to Exit Error Disabled for l Set Exit Error Logic in the control panel settings to Exit Error Enabled for l Set the Alarm Reporting Limit (Per Zone) to2. (The default setting is Unlimited.) This prevents the system from transmitting an excessive number of alarms from a zone that is repeatedly being tripped (for example:

a loose door shaking in the wind). 800-23044 Rev. A draft_11 179 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 15.2.11.2 Area Settings l Set Entry Delay to 30seconds (default setting is 30seconds). l Set Exit Delay to 60seconds (default setting is 45seconds). l Select the Restart Exit Time option (default = selected). l Select the Auto-stay arm on no exit option. This allows the system to automatically arm in stay mode if the exit door is not opened/closed. Furthermore, make all Interior Follower zones in the area bypassable. l Set Abort Window (in seconds) to 30seconds (default setting is 30seconds). l Select the Abort Annunciation option (default = selected). l Set Cancel Report Timing to 5minutes (default setting is Anytime). l Select the Cancel Annunciation option (default = selected). l Enable the Cross Zone Association option, and select minimum twozones in Cross Zone List. l Select the Exit Delay Sounding option. This makes sure that the keypads beep during the exit delay to warn people to leave the area. If you clear the option, the keypads will not beep during exit delay. In this case, set the exit delay to 255seconds. 15.2.11.3 People Settings Do not define any Duress users. By default, the system does not contain any Duress users. 15.2.12 California State Fire Marshal (CSFM) and UL Residential Fire Battery Backup Requirements The California State Fire Marshal and UL have regulations that require all residential fire alarm control panels to have backup battery with sufficient capacity to operate the control panel and its attached peripheral devices for 24 hours in the intended standby condition, followed by at least 4 minutes in the intended fire alarm signalling condition. The control panel can meet this requirement without using a supplemental power supply, provided that the control panels outputs (including the current drawn from the auxiliary power output terminals) are limited as indicated in the table in Current Ratings on page162. 15.2.13 Federal Communications Commission (FCC) Part15 The user shall not make any changes or modifications to the equipment unless authorized by the Installation Instructions or User's Manual. Unauthorized changes or modifications could void the user's authority to operate the equipment. 180 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide 15.2.13.1 FCC Class B Digital Device Statement This equipment has been tested and found to comply with the limits for a ClassB digital device, pursuant to part15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures l Reorient or relocate the receiving antenna. l Increase the separation between the equipment and receiver. l Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. l Consult the dealer or an experienced radio/TV technician for help. 15.2.13.2 Industry Canada (IC) Class B Statement This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numrique de la classe B est conforme la norme NMB-003 du Canada. 15.2.13.3 FCC / IC Statement This device complies with Part 15 of the FCC Rules, and Industry Canadas license-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. Cet appareil est conforme la partie 15 des rgles de la FCC et exempt de licence RSS dIndustrie Canada. Son fonctionnement est soumis aux conditions suivantes : (1) Cet appareil ne doit pas causer d'interfrences nuisibles. (2) Cet appareil doit accepter toute interfrence reue y compris les interfrences causant une rception indsirable. 15.2.13.4 RF Exposure Warning The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 7.8in (20cm) from all persons and must not be co-located or operated in conjunction with any other transmitter except in accordance with FCC multi-transmitter product procedures. 800-23044 Rev. A draft_11 181 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 15.2.13.5 Mise en Garde Exposition aux Frquences Radio : L'antenne(s) utilise pour cet metteur doit tre installe une distance de sparation d'au moins 7,8 pouces (20cm) de toutes les personnes. 182 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Remark Needs cabinet Needs cabinet 16 Parts List Part No. Product Name Control Panels MPIP2100U MPIP3000U MPI-150U MPI-300U MAXPRO Intrusion P2100U Controller MAXPRO Intrusion P3000U Controller Kit MAXPRO Intrusion P2100U Controller + MPIBXM35P cabinet Kit MAXPRO Intrusion P3000U Controller + MPIBXM35P cabinet Cabinets with AC Power Adapter MPIBXM35P MAXPRO Intrusion cabinet and PSU with plug; medium-

size; 3.5A Communication Module MPICLTEU MPICLTEC MAXPRO Cloud MPC-I003 MAXPRO Intrusion LTE module (US) MAXPRO Intrusion LTE module (Canada) MPC monthly fee for MPI 2000 & MPI 3000 Intrusion Panels management (per panel) MPC-IDC0 MPC monthly fee for MPI Door Control Intrusion Panels management (per door) MAXPRO Receiver Software MPICRX MAXPRO Intrusion Receiver Full Capacity Licence (beyond 100 connections. Trial version also available.) IB2 Bus Devices Expansion Power Supply I/O Wired Expanders MPIPSU35 MAXPRO Intrusion expansion PSU 3.5A Needs cabinet MPIEIO84U MPIEOP4 Keypads MPIKTSMF MPIKTSPRX MAXPRO Intrusion Zone Expander Module, 8hardwired zones + 4triggers MAXPRO Intrusion Relay Module, 4relays MAXPRO Intrusion Touchscreen Keypad Mifare MAXPRO Intrusion Touchscreen Keypad Proximity 800-23044 Rev. A draft_11 183 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Product Name MAXPRO Intrusion Keypad Wall Mounting Plate Remark Optional MAXPRO Intrusion 1 Door Control Module (1door, up to 2readers1) Part No. MPIKW1 MPIDC1 Access Control Modules V-Plex Devices2 I/O Expanders 4101SN 4193SNP 4208SN 4208U Single output relay module 2-zone expander 8-zone expander Universal 8-zone expander Door/Window Contacts 4191SN-BR Recessed contact 4191WA 3/4in (19mm) adapter for steel doors 4939SN-WH Surface mount contact 4959SN Aluminum overhead door contact Interior Motion Detection DT8050A-SN DUAL TEC motion detector with anti-mask DT8360ACM-SN3 DUAL TEC ceiling mount motion detector with mirror optics and anti-mask DT8360CM-SN DUAL TEC ceiling mount motion detector with mirror optics IS3050A-SN PIR motion detector with anti-mask Interior Glass Break Detection FG1625SN Glass break detector Holdup Devices 269SN Holdup switch Fire Devices 5193SD 5193SDT Photoelectric smoke detector Photoelectric smoke detector with heat detector 1 Entry reader only; exit reader function will be available soon. 2 Not all listed V-Plex devices may be available in all regions. Check the specifications and security grading in the sensor's datasheet, and contact your local Honeywell Intrusion Sales Representative for availability in your region. 3 DT8360 models available soon. 184 800-23044 Rev. A draft_11 Honeywell MAXPRO Intrusion MPIP2000U/3000U Series Installation and Setup Guide Remark Part No. Product Name Extenders/Isolators SIM serial interface module Group zoning module 4193SN 4209U Literature 800-23044 MPI Installation and Setup Guide 800-23040 MPI Control Panel Quick Install Guide 800-23148 MPI Door Control Module Quick Install Guide 800-23149 MPI Remote Power Supply Quick Install Guide 800-23150 MPI Keypads Quick Install Guide 800-25981 MPI Keypad Mounting Plate Quick Install Guide 800-23151 MPI Zone Expander Quick Install Guide 800-23154 MPI Relay Module Quick Install Guide 800-23041 MAXPRO Intrusion User Guide 800-25485 MPI 4G/LTE Module Quick Install Guide 800-24875 MPI Cabinet Quick Install Guide 800-25507 MPI Security Manual 800-24096 MAXPRO Cloud Configuration Guide for Installers 800-24095 MAXPRO Cloud Mobile App Guide 800-24094 MAXPRO Cloud Quick Start Guide 800-25754 MAXPRO Cloud End User Guide 800-25755 MAXPRO Receiver (MPIRCX) Installation and User Guide 800-23044 Rev. A draft_11 185 Installation and Setup Guide Honeywell MAXPRO Intrusion MPIP2000U/3000U Series 17 Support, Warranty, and Patent Information For the latest documentation and online support information, please go to:

www.mywebtech.com For the latest US warranty information, please go to:

www.security.honeywell.com/resources/warranties For patent information, please go to:

www.honeywell.com/patent 186 800-23044 Rev. A draft_11 Honeywell Commercial Security 715Peachtree Street NE Atlanta, GA30308 USA www.security.honeywell.com Copyright 2020 Honeywell International Inc. 800-23044 Rev. A draft_11 August 2020

Cert/LPCB ref. 787a EN50131-3:2009 RSS Statement This device contains licence-exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canadas licence-exempt RSS(s). Operation is subject to the following two conditions: (1) This device may not cause interference. (2) This device must accept any interference, including interference that may cause undesired operation of the device. Lmetteur/rcepteur exempt de licence contenu dans le prsent appareil est conforme aux CNR dInnovation, Sciences et Dveloppement conomique Canada applicables aux appareils radio exempts de licence. Lexploitation est autorise aux deux conditions suivantes: 1.Lappareil ne doit pas produire de brouillage; 2.Lappareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible den compromettre le fonctionnement. For more information, updates and latest versions, and other languages:

Honeywell Commercial Security Copyright 2020 Honeywell International Inc. www.security.honeywell.com North America:

715Peachtree Street NE Atlanta, GA30308 USA 800-23150 Rev. A6 draft_03 August 2020 EMEA:

Aston Fields Road Whitehouse Industrial Estate Runcorn Cheshire WA7 3DL United Kingdom Tel: +44 (0)8448 000 235 English Quick Install Guide Product Certification (EU) The MAXPRO Intrusion Keypads are designed to provide a simple day-to-day interface with MPI Control Panels. Each keypad connects to the IB2 communication bus. Quick Install Guide MAXPRO Intrusion Keypads MPIPKTSMF, MPIKTSPRX Packing List Keypad / 3xwall mounting screw / 1xtamper screw / 1xlid screw. Parts (see illustrations) A Opening for wiring (x3) B Mounting screw holes (x4). Use the one at the top. At the bottom, use the one in the middle or the two at the edges, depending on your needs. G Lid screw (x1) H Touch screen display IB2 bus connector E F Tamper screw (x1). Required for off-wall tamper protection. I J LEDindicators Card reader LED Colour Icon Function Green Red Green Area is ready to arm: All zones in the keypad's home area are in their normal state; the area is ready for arming. Area armed: The keypad's home area is armed. EN To comply with EN standards, the red Area armed LEDis disabled in Europe. Power: Power is present. Default PIN codes The default PINcode length for EMEA installations is 6digits; for North American installations it is 4digits. User Installer Master 6-digit code 5-digit code 4-digit code 111222 654321 11122 65432 1112 6543 Caution!

For security reasons, change the default codes as soon as possible from MAXPRO Cloud. For instructions, see the MAXPRO Cloud Configuration Guide (EMEA version doc. no. 800-24096-1;

North America version doc no. 800-24096). Programming On the keypad: set display brightness and sound level: log on, tap Menu > Keypad settings > General settings. All additional security settings are configured in MAXPRO Cloud. For details, see the MAXPRO Cloud Configuration Guide (EMEA version doc. no. 800-24096-1; North America version doc no. 800-24096). For daily use of the keypad, see the MAXPRO Intrusion User Guide (EMEA version doc. no. 800-23041-1; North America version doc. no. 800-23041). The user guide is available with the control panel, and you can find the latest version online. Refer to the installation instructions for the control panel that this device is used with, for details regarding limitations of the entire alarm system. For details, see the MAXPRO Intrusion Installation Guide (EMEA version doc. no. 800-23044-1; North America version doc. no. 800-23044). Specifications Input voltage Current, idle Current, max. (display and buzzer on) 13.8VDC nominal (1014.5VDC) MPIKTSMF: 100mA / MPIKTSPRX: 75mA MPIKTSMF: 130mA / MPIKTSPRX: 110mA Sounder Full Power, -3dB, -6dB, and -9dB (85dB at 10cm/4in) MPIKTSMF card types MIFARE (Classic 32-bit, DESFire 56-bit (EU only)); reading CSN only EM4102 ASK 125kHz; up to 40bits MPIKTSPRX card types EM4102 ASK 125kHz; up to 40bits Operating temperature 10 to +50C / 14122F; Indoor use only Humidity Max. 93% RH non-condensing Ingress and impact protection IP42 (EN60529:1992+A2:2013) / IK06 (EN62262:2002) Dimensions (WxHxD) 8.45cm x 13.96cm x 4.01cm / 3.33in x 5.55in x 1.58in Weight Ancillary Control Equipment

(ACE) 169g / 5.96oz TypeB Environmental Information (EU) Options MPIKW1: MAXPRO Intrusion Keypad Wall Mounting Plate This symbol on our product shows a crossed-out "wheelie-bin" as required by law regarding the Waste of Electrical and Electronic Equipment (WEEE) disposal. This indicates your responsibility to contribute in saving the environment by proper disposal of this Waste i.e. Do not dispose of this product with your other wastes. To know the right disposal mechanism please check the applicable law. Compliance (EU) This product is suitable for use in systems designed to comply with PD6662:2017. This product has been tested for compliance by BRE Global Ltd. UKto:

EN50131-3:2009 Grade3, Environmental ClassII. Note: The MPIKW1 keypad wall mounting plate is not part of certification. 1ABAEAFB2D C +IB23G4HIJ

Date: 8/16/2020 UL Verification Services Inc. 47173 Benicia Street Fremont, CA 94538, USA To whom it may concern:

I, the undersigned, hereby authorize UL Verification Services Inc. to act on our behalf in all manners relating to application for equipment authorization, including signing of all documents relating to these matters. Any and all acts carried out by UL Verification Services Inc. on our behalf shall have the same effect as acts of our own. I, the undersigned, hereby certify that we are not subject to a denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. 853(a). In authorizing UL Verification Services Inc. as our representative, we still recognize that we are responsible to:

a) fulfill the requirements for the scope of certification requested, including implementing any appropriate changes requested by UL Verification Services Telecommunications Certification Body (TCB) and / or the FCC;

b) supply any and all information needed for the evaluation of the products for which certification is sought;

been granted;

c) make claims regarding certification only in respect of the scope for which certification has d) not use our product certification in such a manner as to bring the TCB or FCC into disrepute and to not make any statement regarding product certification which the TCB or FCC may consider misleading or unauthorized;

e) discontinue use of all advertising matter that contains any reference thereto and complies with any and all actions required by the FCC upon suspension or cancellation of certification;

f) use certification only to indicate that products are certified in conformity with specified standards;

g) endeavor to ensure that no certificate or report or any part thereof is used in a misleading manner, and any copies of the grants/certificates shall be reproduced in their entirety;

h) comply with the requirements of the TCB and FCC, including the use of marks and label information prescribed for the scope of certification, when j) ensure that products marketed under the scope of the requested certification continue to comply with the certification requirements;

k) provide a sample of a production unit for testing within 30 days of the request should this product be selected as part of either the TCBs or the FCCs market surveillance requirements;

l) keep a record of all complaints relating to products compliance with requirements of relevant standard; make records available to UL or FCC when requested; take appropriate action with respect to such complaints and any deficiencies found in the product that affect compliance with requirements for certification; document the actions taken with respect to complaints and/or deficiencies;

m) inform the TCB immediately of any changes that may affect its ability to comply with the certification requirements. This authorization is valid until further written notice from the applicant Sincerely Yours, Honeywell International Inc. Jonathan Potter Global Regulatory Director

Request for Confidentiality Date: 8/16/2020 Attn: FCC Office of Engineering and Technology / UL Verification Services TCB Subject:

FCC ID:

To Whom It May Concern:

Pursuant to the provisions of Sections 0.457 and 0.459 of the Commissions rules (47 CFR 0.457, 0.459), we are requesting the Commission to withhold the following attachments as confidential document from public disclosure indefinitely PV3MPIKTSMF and PV3MPIKTSPRX Schematic Diagram Block Diagram Theory of Operation Antenna Specification Above mentioned document contains detailed system and equipment description are considered as proprietary information in operation of the equipment. The public disclosure of above documents might be harmful to our company and would give competitor an unfair advantage in the market. In additional to above mentioned documents, pursuant to Public Notice DA 04-1705 of the Commissions policy, in order to comply with the marketing regulations in 47 CFR 2.803 and the importation rules in 47 CFR 2.1204, while ensuring that business sensitive information remains confidential until the actual marketing of newly authorized devices. We are requesting the commission to grant short-term confidentiality request on the following attachments until 180 days after the grant date):

External Photos Internal Photos Test Setup Photos User Manual It is our understanding that all measurement test reports, FCC ID label format and correspondent during certification review process cannot be granted as confidential documents and those information will be available for public review once the grant of equipment authorization is issued. Best Regards Honeywell International Inc. Jonathan Potter Global Regulatory Director